| 1 |
Author(s):
Vaishali Bharambe.
Page No :
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Analysis and Comparison of Facts Devices using MATLAB: UPFC and SVC
Abstract
This paper presents careful analysis of versatile AC transmission (FACTS) i.e. UPFC and SVC. Effects of UPFC and SVC on the system voltage profiles and reactive power compensation square measure analyzed exploitation MATLAB simulation. during this work, Newton-Raphson load flow algorithmic rule is employed and steady state models of FACTS square measure used for the analysis. Voltage profile improvement and reactive power capability at each bus with mentioned FACTS devices square measure shown in results for IEEE nine, fourteen and thirty bus systems.
| 2 |
Author(s):
Vaishali Bharambe.
Page No :
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A Review: Capability of FACTS Device for Performance Improvement of Power System
Abstract
This paper present colorful causes of voltage problem stability and how this can be alleviate by integration of power electronics grounded Data technology. Data bias are using since 1970 and till date, because of rapid-fire and accurate corrective action for voltage stability improvement. This composition giving a review of developments of Data technolog and its operation for performance improvement of system. Pundits bandy graces and limitations of multitudinous Data and its integrations in different modes for enhancement of voltage profile at all motorcars. Authors find UPFC is a most protean Data tool because of its capability to control, all three parameters similar as voltage, impedance and phase angle. Authors demonstrate the different models and their capabilities of UPFC and its operation in different condition.
| 3 |
Author(s):
Vivek Singh.
Page No :
|
INDIAN AIR QUALITY PREDICTION AND ANALYSIS USING MACHINE LEARNING
Abstract
We read the air quality of India by using machine literacy to prognosticate the air quality indicator of a given area. Air quality indicator of India is a standard measure used to indicate the contaminant (so2, no2, rspm, spm.etc.) situations over a period. We developed a model to prognosticate the air quality indicator grounded on literal data of former times and prognosticating over a particular forthcoming time as aGradient decent boosted multivariable retrogression problem. we ameliorate the effectiveness of the model by applying cost Estimation for our prophetic Problem. Our model will be able for successfully prognosticating the air quality indicator of a total county or any state or any bounded region handed with the literal data of contaminant attention. In our model by enforcing the proposed parameter- reducing phrasings, we achieved better performance than the standard retrogression models. our model has 96 delicacy on prognosticating the current available dataset on prognosticating the air quality indicator of whole India, also we use AHP MCDM fashion to find of order of preference by similarity to ideal result.
| 4 |
Author(s):
Prajakta Kolhe.
Page No :
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SANITIZER SPRAYING WIRELESS ROBOT FOR QUARANTINE CENTERS & HOSPITALS
Abstract
The world is severely affected by the Covid-19 pandemic health-care workers are hostile to work inside of COVID-19 hospital due to social distancing. Supplying essentials food and delivering medicine in hospitals has a challenge. To address the need of the World health organization and the certified sanitizing system is a solution for personnel and surface decontamination. To overcome the problem developed automatic portable sanitizing equipment for spraying sanitization solution. The portable sanitizer unit is attached to the top of the mobile robot. The system integrates a sprinkler mechanism and is used to distribute air and disinfectant fluid mixture. The mobile robot main components consist of a DC motor, Bluetooth module, Arduino, Motor driver, Submergible pump, Sprinkler, Battery, DC Converters are used. The system is capable of sanitizing the floors of hospitals. The application area can include hospital corridors, medical shops, operation theatre, walking pathways, doctor room, testing center, and patient room, etc.
| 5 |
Author(s):
Arivazhagan, Malini.
Page No :
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Diabetics predictions
Abstract
Diabetes mellitus is a chronic heterogeneous metabolic disorder with complex pathogenesis. It is characterized by elevated blood glucose levels or hyperglycemia, which results from abnormalities in either insulin secretion or insulin action or both.
| 6 |
Author(s):
Ashok Purohit, Agam Fadia, Preet Jain, Varad Raut.
Page No : 1-4
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Effect of Dynamic Loads on G+15 RCC Residential Building
Abstract
Any structure is subjected to dynamic loading. Structural dynamics is especially used in analysis of dynamic structures under different loading conditions. It is very important to know the effect of dynamic loads for structural engineers in the design field. This paper is helpful to understanding about effects of dynamic loads on RCC structure and to establish continuity of structure. In this discussed about dynamic loads subjected to the RCC structure and Also to know the importance of the dynamic analysis of the structure. This paper is very helpful to gaining knowledge in structural dynamics for students, structural designers and lecturers also. This paper is also gives the general importance of structural dynamics and also give some of importance overview to the students and all.
| 7 |
Author(s):
Gite Tejas.
Page No : 1-4
|
Microcontroller Based Hand Gloves Dispenser Machine
Abstract
The rapid growth of the Internet of Things (IoT) changes human’s life into a smart world. Physical objects connected with smart sensors provide data to make people's life easier. We present a case study of the smart Hand gloves dispenser is with the aid of RFID sensor, IR sensor, and Atmega328 is built to assists the users and the hand gloves suppliers by tracking the amount hand gloves used in day to day activity. The smart hand gloves dispenser measures the quantity of the available hand glove in the dispenser and pops an alert when the hand glove in the dispenser is about to finish. It measures the pushes notifications to the user about hand gloves consumption. Here we put forward a fully automated RFID based hand glove dispenser system using Atmega328 and Motor driver.
| 8 |
Author(s):
Akshay.A.Lawhale.
Page No : 1-4
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Battery Temprature Control with Temprature Monitoring System
Abstract
Now-a-days electrical vehicles play major important role compares to conventional vehicles. We need to take care of batteries in the vehicles. So, we did the survey for battery management system. We found number of ways to manage battery temperature. But we also found some drawbacks in those systems. We will try to work for those drawbacks and to overcome that drawback in our future work.
| 9 |
Author(s):
Utkarsha Narkhede.
Page No : 1-4
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Survey on Voltage Stability
Abstract
There is lots of problem of continuity in our day-to-day life. To resolve that problem, we go for the survey of voltage stability options. Author found number of options for stability purpose but there are some drawbacks in that systems. So, we try to overcome those drawbacks in our next work.
| 10 |
Author(s):
Gauri Kailas Pardeshi,Shraddha Kailas Porje ,Pratiksha Arvind Kulkarni..
Page No : 1-4
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IoT Based Programmable Load Shedding with TimeManagement
Abstract
In the current scenario of increasing energy demand the utilities are struggling to meet the demand with existing generation. Load shedding is what electric utilities do when there is a huge demand for electricity that exceeds the supply. This project is designed to operate an electrical load multiple numbers of times as per the program. It overcomes the difficulties of switching the load ON/OFF manually. This proposed has an inbuilt real time clock (RTC) to keep tracking the time and thus to switch ON/OFF the load accordingly. Thus, in a distribution system it needs to be precisely controlled for specific period of time. IoT based Programmable load shedding time management system is a reliable circuit that takes over the manual task of switch ON/OFF the electrical devices with respect to time. By measuring current, we can analyze energy consumption of two different sections, make the decisions using Internet of Things.
| 11 |
Author(s):
pratiksha purane.
Page No : 1-4
|
IOT Based Solar Energy Monitoring System
Abstract
Renewable energy resources have became prominent solution to help the world with depleted conventional energy sources, to over through the energy crisis and reduce the emission of harmful gases to zero. Solar energy is now being used in wide applications all over the world, the popularity gained by solar energy applications gives the purpose for connecting this solar energy devices with other devices and software over the internet for exchanging the operational data of solar applications. There are many issues related to power transmission and power generation, like power failure, high tariff rates, and harmful emissions with hazardous environmental impacts. Solar energy is a reliable source with low maintenance and being an emerging technology we can improve its efficiency by IOT application. In this paper IOT is used for monitoring the solar energy systems. This paper will help to understand the need of monitoring and its advantages.. The paper involves the results of the experiment performed using by using Arduino Uno R3 as a microcontroller and sensors with Wi-Fi module. This Wi-Fi module then uploads the data on servers that is then accessed remotely, which will monitor the variation in the power flow parameters and efficiency of the system.
| 12 |
Author(s):
Lokesh patil Lokesh patil, Jagrati patil, Anushree khambayte, Vinit patil.
Page No : 1-4
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Facial Expression Emotion Recognition Model Integrating Philosophy and Machine Learning
Abstract
This paper presents the idea related to automated live facial emotion recognition through image processing and artificial intelligence (AI) techniques. It is a challenging task for a computer vision to recognize as same as humans through AI. Face detection plays a vital role in emotion recognition. Emotions are classified as happy, sad, disgust, angry, neutral, fear, and surprise. Other aspects such as speech, eye contact, frequency of the voice, and heartbeat are considered. Nowadays face recognition is more efficient and used for many real-time applications due to security purposes. We detect emotion by scanning (static) images or with the (dynamic) recording. Features extracting can be done like eyes, nose, and mouth for face detection. The convolutional neural network (CNN) algorithm follows steps as max-pooling (maximum feature extraction) and flattening.and the use the gabor transform to extract the emotion features of the area.
| 13 |
Author(s):
Umesh Subhash Salunke.
Page No : 1-4
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Review paper on Design and Analysis of Adaptive Headlight System
Abstract
This paper describes the hardware of movable Headlight & Headlight system for vehicles. It has been found that the majority of accidents take place due to the invisibility of road at night & in fog. So, it becomes necessary that we get a clear vision during the night & in fog so as to avoid accidents. Therefore, the following research represents the rotation of headlight & Headlight with the rotation of wheels. In this system used rack & pinion arrangement which give the drive to the optical axes on which headlight & Headlight are mounted so when the links are moved with steering arm that gives predefined motion to headlight and Headlight. Hence the light from the Headlight & Headlight focuses properly on the road, also while taking turn the driver coming from the opposite side can easily notice the upcoming vehicle & so the number of accidents is minimized. In this paper, we have defined a novel approach movement of Headlight along with the headlight.
| 14 |
Author(s):
Rahul Samadhan Pawar.
Page No : 1-4
|
Design and Fabrication of Three Axis Rotating Trailer Using Pneumatic System
Abstract
This project work "design and fabrication of Three axis rotating trailer using pneumatic system" has been conceived having studied the trouble in emptying the materials. Our review in the respect in a few automobile garages, reveals the fact that generally some troublesome strategies were embraced in emptying the materials from the trailer. The trailer will empty the material just in one direction only. It is hard to empty the materials in small compact roads and small streets. All the three sides are effectively to unload the trailer in our task are rectified. Automobile engine drive is coupled to the compressor engine, the compressed air its stores when running the vehicle. the pneumatic cylinder are is used to activate this compressed air, when activate the valve. Spur gear is used for rotating the trailer in three directions & easy for unloading the materials in small compact streets and roads.
| 15 |
Author(s):
Anushka Khandagale,Pratham More,Yash Malvade Shubham Kokane.
Page No : 1-4
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A SMART SYSTEM FOR FAKE NEWS DETECTION USING MACHINE LEARNING
Abstract
Most of the smart phone users prefer to read the news via social media over internet. The news websites are publishing the news and provide the source of authentication. The question is how to authenticate the news and articles which are circulated among social media like WhatsApp groups, Facebook Pages, Twitter and other micro blogs & social networking sites. It is harmful for the society to believe on the rumors and pretend to be a news. The need of an hour is to stop the rumors especially in the developing countries like India, and focus on the correct, authenticated news articles. This paper demonstrates a model and the methodology for fake news detection. With the help of Machine learning and natural language processing, it is tried to aggregate the news and later determine whether the news is real or fake using Support Vector Machine. The results of the proposed model is compared with existing models. The proposed model is working well and defining the correctness of results upto 93.6% of accuracy.
| 16 |
Author(s):
Kurhe Snehal Nawale kartik Ahire Karina Mahale pratik Guide name:- Dubhe D.S.
Page No : 1-4
|
Survey Paper On Hospital Management System (HMS)
Abstract
An hospital management system was developed to assist the patient at the front of desk of a hospital. The patient will be able to learn about the doctors, appointment times, relevant departments, relevant times, and the specific medicine about his/her medical situation. System will provide an intelligent front desk information services for the patient at the hospital entrance. It will also provide software assistant for the doctor to diagnose easily and rapidly by using the program decision mechanism.
| 17 |
Author(s):
D.P.Gawade.
Page No : 1-4
|
Comparative Examination of Mega Bracing and Distinctive Sorts of Combination of Bracing
Abstract
The bracing used to control the structure must have a common communication that can withstand the external force that will play an important role in the construction of the high steel structure. Bracing provides permanent load bearing and sufficient strength. If a combination of supports is used their performance will be combined. Different support types such as X&V support, V&Vlike support, K&X support and Mega support are used together in the building. Analysis software E'Tabs is used to describe the 18storey steel frame structure using the static balance method. Response spectrum method Reference IS1893:2016 refers to wind analysis IS875(part3):2015 and the layers move in different directions. Both studies, such as bracing structures with composite systems, explain that this system shows better seismic resistance than other support methods
| 18 |
Author(s):
Akshay.A.Lawhale.
Page No : 1-4
|
Battery Temprature Control with Temprature Monitoring System – Copy
Abstract
Now-a-days electrical vehicles play major important role compares to conventional vehicles. We need to take care of batteries in the vehicles. So, we did the survey for battery management system. We found number of ways to manage battery temperature. But we also found some drawbacks in those systems. We will try to work for those drawbacks and to overcome that drawback in our future work.
| 19 |
Author(s):
Bhagyashree Sawant .
Page No : 1-5
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Development of Quick Charging System for Electric Vehicle
Abstract
Despite the low environmental impact and high energy efficaciousness, electric vehicles (EV) have not been widely accepted by people to date. The lack of charging edifice is one of the reasons. Since lithium-ion battery used for electric vehicles has high energy thickness and low internal resistance that allows quick charging, the convenience of EV may be greatly enhanced if charging edifice isgoadequately.Tokyo Electric Power Company (TEPCO) aims for EV spread to reduce CO2 overflows and to increase demand for electric power, and has developed the quick charging system for cavalcade- use EV to enhance the convenience of EV. And hung on probe results, we will propose desirable characteristics of quick server for public use
| 20 |
Author(s):
Dr S.S Morade , Vaishnavi Dhundale , Prachi Jaiswal , & Ankita Rajguru.
Page No : 1-5
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DESIGN OF INTELLIGENT HELMET FOR COAL MINERS
Abstract
A smart helmet has been developed that is able to detect of hazardous events in the mines industry. In the development of helmet, we have considered the three main types of hazard such as air quality, helmet removal, and collision (miners are struck by an object). The first is the concentration level of the hazardous gases such as CO, SO2, NO2, DHT temperature and Humidity and particulate matter. The second hazardous event was classified as a miner removing the mining helmet off their head. The layout of the visualisation software was completed, however the implementation was unsuccessful. Tests were successfully done to calibrate the accelerometer. PCB’s that were designed and made included a breakout board and a prototype board. A whole software implementation was done based on Eagle of the measuring of sensors and of calculations done with the measured values. This paper presents the undertaken design detailing solutions to issues raised in previous research.
| 21 |
Author(s):
Tejas Sonawane1, Darshan Shelar2, Shubhangi Kate3 & Prof.Yogesh.R.Patni.
Page No : 1-5
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A REVIEW- AUTO TEMPERATURE DETECTOR FOR ENTRANCE FOR COVID SAFETY
Abstract
In response to COVID19 pandemic outbreak, there is a need for a temperature check-up of the visitors to detect fever before they enter the city via the airports, railway stations and even at the highway tolls. There is a need for thermal screening in shopping malls, multiplex, supermarket and various other places before granting access to the visitors. There is a risk of cross infection in manual testing. The MLX90614 is a high-performance Infrared Temperature Sensor that can be used to automatically make a temperature check-up and decide whether to grant the door access. This paper is comprised of mainly the three subsystems: namely Human Presence Detection System, Temperature Measurement System and automatic door access control with display.
| 22 |
Author(s):
Suraj M Marchande.
Page No : 1-5
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Comparative Analysis For With And Without Elastomeric Base Isolated Structure Using E-Tabs
Abstract
Abstract - Base isolation method is one of the passive seismic isolation systems commonly used in earthquake prone areas. Over the past several decades, base isolation has been considered for structures like buildings and bridges subjected to earthquake ground motion. The fundamental principle of base isolation is to modify the response of the building so that the ground can move below the building without transmitting these motions into the building. In this project, analysis is performed on RC residential building. The design and analysis of building is done using computer program ETABS. The performance of the considered building with and without base isolator is studied. The main objective is to compare efficiency of fixed base and isolated base building. The rubber bearings are used as a base isolation system.
| 23 |
Author(s):
bhagyashri bhavsar.
Page No : 1-5
|
SMART SHOPPING CART
Abstract
A shopping mall is a place where wide varieties of items are available. Many shopping malls use barcode scanning system. As this system is time consuming, people have to wait in a long queue at the billing counter. To overcome this problem, smart shopping cart is introduced. This proposed system uses RFID technology. Every product is attached with Radio Frequency Identification (RFID) tag. For scanning this tag RFID reader is used which is attached to the cart. As a result bill is generated in the cart itself and is displayed on the LCD which saves the time of the customer
| 24 |
Author(s):
Sushrut Joshi , Yash Kothari, Gaurav Lagad, Yash Patil, Ashok Meti .
Page No : 1-5
|
Analysis of Property Valuation for Residential Building
Abstract
In this paper we have studied the actual concept of valuation. How Valuation plays a vital role in the field of Civil Engineering and Construction Industry. We have calculated the cost of construction for various locations such as Goregaon, Virar, Dahanu and compared the cost of construction in above mentioned locations with help of different parameters.
| 25 |
Author(s):
Rathod Sumit Shivaji.
Page No : 1-5
|
RAILWAY TRACK INSPECTION SYSTEM
Abstract
Train accident is very serious issue and it should be prevented. Detecting cracks and obstacles is vitally essential nearby and on the railway to ensure the smooth running of the trains. Indian railway is relying on visual inspection to monitor the railway. Our project is focused on detecting and warning the railways so that it can increase safety of the trains. The project uses two mediums to collect and monitordataabout the detecting cracks and obstacles nearby and on the railway. The first medium usedinthis project is the sensor based system by usingArduino as a controller at the prototype for storing and monitoring data about the distance between obstacles and theprototype. Another medium used is a display by using Processing Software todisplay the distance between obstacles and the device in the range between 0 – 40 cm. Ultrasonic sensors are used to scan the track and to detect the obstacles nearby and on the railway, which placed at the front, right and left sides.Arduino IDE is used to program Arduino Nano, which acts as the brain of the system. The system with the help of three ultrasonic sensors detects the distance between obstacles or crack and the device and send the data. The prototype managed to collect data and send it for processing and take preventive measures.
| 26 |
Author(s):
vrushali jagannath date.
Page No : 1-5
|
IOT BASED SUBSTATION MONITORING
Abstract
As the complexity of distribution network has grown, automation of substation has become a need of every utility company to increase its efficiency and to improve the quality of power being delivered. The proposed project which is IOT based controlling of the substation will help the utility companies, by ensuring that their local-substation faults are immediately realized and reported to their concerned departments via IOT, to provide that term of intensity intrusion is decreased. The measured parameters will send as SMS messages. The microcontroller will cooperate with the sensors introduced at the nearby substation and perform a task as commanded. Electrical parameters like current, voltage will be compared continuously to its rated value will help protect the distribution and power transformer from burning due to overload, short circuit fault, overvoltage’s, and surges. Under such conditions, the whole unit is closed down through the control area including transfers detecting it, and instantly killing the electrical switch. SMS cautions can likewise be produced to demonstrate this. The utilization of GSM makes the substation astute in the sense that it can transmit signals and information and receive commands. This enables to reduce labor cost at the substation and spares time. In this manner, the observing and working effectiveness of the sub-station will definitely increment.
| 27 |
Author(s):
Jadhav Sumeet.
Page No : 1-5
|
DUAL AXIS SOLAR TRACKING SYSTEM USING AURDINO UNO
Abstract
As a future inexhaustible and non-polluting energy sources, solar energy is advancing to meet our ever-growing energy requirements. The automated solar tracking system based on the Arduino prototype is mainly built using the Arduino Microcontroller, four LDRs and three stepper motors. A mixture of hardware and firmware programming is used to run the machine. Four light based resistors (LDRs) are used for the capture of maximum incident light in hardware production. To shift the solar panel according to the extent incident light operated by LDRs, three stepper motors are used. The software controls the solar panel's vertical tilt angle and horizontal rotation. Thus, according to the incident sunlight on the solar panel, it can follow the direction of the Sun, not only the vertical rotation, but also the horizontal rotation. This device can also achieve optimum illumination and reduce the cost of generating energy by requiring a minimum number of solar panels.
| 28 |
Author(s):
1Tejas B, 2Abhijit S, 3Darshan S, 4Suraj P.
Page No : 1-5
|
FACE MASK DETECTION SYSTEM USING AI
Abstract
:- In current pandemic, Covid-19 has created United States understand the importance of Face Masks and that we ought to perceive the crucial effects of not carrying one, currently over ever. Right now, there aren't any mask detectors put in at the jammed places, however we tend to believe that it's of utmost importance that at transportation junctions, densely inhabited residential district, markets, academic establishments and care areas, it's currently vital to line up mask detectors to make sure the security of the general public. during this paper we've tried to make a 2 phased mask detector which can be simple to deploy at the mentioned shops. With the assistance of pc Vision, it's currently attainable to sight and implement this on massive scale. we've used CNN for the implementation of our model. The implementation is completed in Python, and also the python script implementation can train our mask detector on our selected dataset victimization TensorFlow and Keras. we've side additional sturdy options and trained our model on numerous variations, we tend to created bound to have massive varied and increased dataset so the model is in a position to obviously, determine and detection the face masks in real time videos. The trained model was tested on each time period videos and static footage and in each the cases the accuracy was over the opposite designed models.
| 29 |
Author(s):
1Gauri B. Sonawane, 2Amit M. Solanki.
Page No : 1-5
|
A REVIEW ON MITIGATION OF TRANSIENT OVER-VOLTAGE IN MICRO GRID
Abstract
In Brazil, most electricity generation is hydroelectric. Because of the size of the country, a long transmission system is required to carry this energy to consumer centers. Power rationing that occurred in 2001 showed the fragility of the generation system in Brazil, strengthening the discussions on alternative energy sources [2]. These factors show the importance of diversifying energy sources through Distributed Generation (DG). A significant change is foreseen for the current structure of highly centralized, large capacity power plants. A new structure, with the highly decentralized insertion of small- and medium-capacity power units, is expected [3].
Regarding the use of renewable energy, Brazil is one of the most advanced countries in South America [4]. Data from the National Energy Balance 2011 show that the primary energy on the Brazilian matrix is composed by 45.5% renewable energy (hydraulic, firewood, charcoal, sugarcane and other renewable sources, such as agricultural residues) [5]. Figure 1 shows the distribution of the sources of primary power generation in Brazil. It should be highlighted that the percentage of useful energy consumed in Brazil obtained from renewable sources should be even greater because much of Brazilian renewable energy is hydroelectric. Moreover, power conversion efficiency, from electrical energy to final end use, is usually higher compared to other energy sources. Thus, the percentage of useful energy from renewable sources tends to be higher than the 45.5% mentioned.
| 30 |
Author(s):
Lokhande Prachi Rajendra, 2. Amit.M.Solanki, 3. Dr.Pawan.C.Tapre.
Page No : 1-5
|
A Multicarrier PWM Technique for Five Level Inverter Connected to the Grid
Abstract
In this paper, a three-phase multilevel cascaded H-bridge inverter is developed for injecting renewables power energy into the grid through a filter. The main contribution of this work is to reduce the total harmonic distortion (THD) by using a passive filter and to enhance the output voltages by adopting a multicarrier pulse width modulation (MCPWM & NPC). The simulation results affirm a good performance of the proposed multicarrier PWM & NPC control using a three-phase five-level inverter. The proposed inverter is tested as well as the THD and the spectral analysis of the output voltage are calculated using Simulink/Matlab software.
Five level inverter MCPWM & NPC control PPFC
Total Harmonic Distortionn this paper, a three-phase multilevel cascaded H-bridge inverter is developed for injecting renewables power energy into the grid through a filter. The main contribution of this work is to reduce the total harmonic distortion (THD) by using a passive filter and to enhance the output voltages by adopting a multicarrier pulse width modulation (MCPWM & NPC). The simulation results affirm a good performance of the proposed multicarrier PWM & NPC control using a three-phase five-level inverter. The proposed inverter is tested as well as the THD and the spectral analysis of the output voltage are calculated using Simulink/Matlab software.
| 31 |
Author(s):
Shubham Digambar Bairagi.
Page No : 1-5
|
HUMAN RESOURSES MANAGEMENT IN BANKING SECTOR
Abstract
A Study of Human Resource Management In Banking Sector”. The branch head of the SBI Bank Shirdi Branch is to Mr. Sandip Pawar sir who has all information provide about the bank .My Subject Topic is a Human Resource Management in Banking Sector. In the bank there are various produce i.e. HR Planning’s, Recruitment. Selection of employees, Induction & Orientation and Others.I have collected primary & secondary data from Human Resource Management of bank and discussion with various staff members in bank and the feedback of employees who have work in SBI bank.
| 32 |
Author(s):
VISHAL DINKAR TRIBHUWAN.
Page No : 1-5
|
A STUDY OF AGRICULTURAL LOAN FOR AXIS BANK LTD SHIRDI
Abstract
A Study of Agricultural Loan for Axis Bank ltd”. The Branch head of the Axis Bank Shirdi Branch Pvt. Ltd is to Mr. Avinash Labade sir who has all information Provide about the Bank & Agricultural Loan. And my subject topic is a study Agricultural Loan for Axis Bank.ltd In the Bank there are various produce i.e. crop Loan, Export finance, kisan credit card and other short term loan etc. and various products and services offered agricultural loan I have collected primary and secondary data from financial statement of Bank and discussion with various staff member in Bank. And the feedback the farmers who have borrowed loan from axis bank.
| 33 |
Author(s):
Kurhe Snehal, Nawale kartik, Ahire Karina, Mahale pratik, Dubhe D.S.
Page No : 1-5
|
Hospital Management System
Abstract
Here web based technology offers many
online services in almost every field. Almost everything
can be done online which help to reduce the amount of
tasks, cost, and efforts. The paper describes about an idea
of such a web based platform that make many
medical/hospital procedures online using Web,
networking technology that can be very important in
implementing the functionality of online medical
management. This will help in management of patients,
managing the schedules of the doctors, maintaining the
records of patients which can be accessed throughout
hospital. Storing, managing, communicating, analyzing
and updating the patient details online. Thus by
implementing this web based application using
customizedapplicationprogramming we can manage
many tasks that are usually time consuming and
inconvenient
| 34 |
Author(s):
Ramesh Singh1, Mayur patil2.
Page No : 1-6
|
Standalone solar-powered ultraviolet mobile disinfectant: Bringing solar energy in the global fight against COVID-19
Abstract
As the first initiative of its kind in Algeria, here is presented a solar-powered mobile “Ultraviolet Germicidal Irradiation” disinfection unit (UVGI) based on a special germicidal ultraviolet-C (UVC) radiator. The system was designed to disinfect several objects such as: medical tools, reusable masks, face-shields, gloves, phones, laptops, keys, money and many other portable devices that need to be disinfected/sterilized. It offers the advantage of complete autonomy through the built-in photovoltaic (PV) system that includes a solar panel, a gel battery, a charge controllerand a power inverter. The system provides an extra 220V-50Hz outlet with 375VA maximum power to be used when energy is needed. The system is easily scalable to generate higher ultraviolet dosages by adding more UVC lamps. The chemical-free germicidal UVC sanitizing method employed by this device effectively disactivates a very wide range of microorganisms (microbes bacteria and fungi and viruses including the actual SARS-CoV-2 that causes COVID-19 respiratory disease) and it has several advantages in comparison to chemical-based sanitizing methods. The total cost to make this open source device is below 1000 € and is easily customizable and scalable. This device is an open source, secure and fast equipment for objects and surface disinfection. The device will be fully automated by adding PIR sensors or remote control after further funding will be received.
| 35 |
Author(s):
1. DR. S. K. NAYAK, 2. DR. JASWINDER.
Page No : 1-6
|
THE UNSPOKEN CONSEQUENCES OF CHILD MARRIAGE AND ADOLOSCENT PREGNANCY
Abstract
In India, Marriage is considered as one of the most important social institutions through which society perpetuates as it is a means of establishing family relations. This social institution is expressed in many forms of rituals and ceremonies. Child marriage is a major sociological problem that has persisted for centuries in India, more so in Northern States. In India, around 45 percent of the girls are wedded below 18 years of age. Majority girls who are married before 18 years of age are from poor families. Most of the girls use to face problems like domestic violence, teen pregnancy problems. The age group under 18 years has a high fertility. When a young girl becomes sexually mature, she is married off and is expected to accomplish what she was biologically designed for i.e giving birth. Teenage pregnancy is the occurrence of pregnancy in females under the age of twenty. Sometimes, even pre-teen females can become pregnant, as reported in various instances. With Modernization, while teenage pregnancy rate is rapidly declining in developed countries, it is still high in developing countries like India. This paper explains both the concepts of child marriage and teenage pregnancy.
| 36 |
Author(s):
Omkar M Naik, Megha Malvi, Neha Sharma .
Page No : 1-6
|
Feasibility Study of Physical Properties on Concrete Beam using with & without FRP LAMINATE
Abstract
Rehabilitation and strengthening of old structures using advanced materials is a contemporary research in the field of Structural Engineering. Over the past decades, much research has been carried out on shear and flexural strengthening of concrete beams using different types of fiber reinforced polymers and adhesives. Strengthening of old structures is necessary to obtain an expected life span. Such a method of strengthening of old structures by the help of new technology is termed as ' retrofitting '. Life span of Concrete structures may be reduced due to many reasons, such as deterioration of concrete and development of surface cracks due to ingress of chemical agents, abrasion and cavitation in hydraulic structures caused by fast moving water, improper design and unexpected external lateral loads such as wind or seismic forces acting on a structure, while are also the reason for failure of structural members. High tensile strength of specific fibers like glass fibers, carbon fibers etc. found it's application in increasing the strength of new Concrete structures as well as strengthening of older and worn out structures.
| 37 |
Author(s):
sarang dhake.
Page No : 1-6
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AIR AND SOUND POLLUTION MONITORING SYSTEM BY USING IOT
Abstract
The growing of air and sound pollution is one of the major issues faced by people these days. Therefore, it is necessary to monitor air quality as well as sound pollution and keep it under control for a better future and healthy living for all. So, we’ve proposed an air and sound pollution monitoring system that allows us to monitor and check air quality as well as sound pollution in a particular area through Internet of Things. This system works on the methods of IOT which is a rising technology based on the fusion of electronics and computer science. The monitored data can be obtained from remote location without actually visiting it due to the access of internet. System uses gas as well as noise sensors to sense presence of harmful gases and sound in the air and constantly transmit this data to microcontroller. The sensors interact with microcontroller which processes this data and transmits it over internet. This allows authorities to monitor air and noise pollution in different areas. Therefore, through this system any authority can keep watch on the noise pollution near schools, hospitals etc, and if system detects air quality and noise issues it alerts authorities so they can take measures to control the issue. This project can be used to reduce the pollution which may affect the environment.
| 38 |
Author(s):
omkar kajale roshani pagare dhanshree pawar ankita shelke.
Page No : 1-6
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ONLINE VOTING SYSTEM USING BLOCKCHAIN
Abstract
- Online voting is a trend that is gaining momentum in modern society. It has great potential to decrease organizational costs and increase voter turnout. It eliminates the need to print ballot papers or open polling stations—voters can vote from wherever there is an Internet connection. Despite these benefits, online voting solutions are viewed with a great deal of caution because they introduce new threats. A single vulnerability can lead to large-scale manipulations of votes. Electronic voting systems must be legitimate, accurate, safe, and convenient when used for elections. Nonetheless, adoption may be limited by potential problems associated with electronic voting systems. Blockchain technology came into the ground to overcome these issues and offers decentralized nodes for electronic voting and is used to produce electronic voting systems mainly because of their end-to-end verification advantages. This technology is a beautiful replacement for traditional electronic voting solutions with distributed, non-repudiation, and security protection characteristics. The following article gives an overview of electronic voting systems based on blockchain technology.
| 39 |
Author(s):
Chetan Sathe pranav kharche Soham Pagar Mayur Tile.
Page No : 1-6
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IOT BASED UNDERGROUND CABLE FAULT DETECTION SYSTEM
Abstract
The project is to determine the location of fault in underground cable lines[1] from the source station to exact location of fault in any units, here in kilometres. Whenever a fault occurs in the underground cable line for some reason, the repairing process relating to that faulted cable becomes difficult owing to lack of proper system for tracking the exact fault location and the type of fault occurred in the cable. For this, a system has to be developed to find the exact location of the fault in the distribution line system for all the three phases R, Y & B for different type of situations of faults. Here in this paper single line to ground, double line to ground & three phase faults have been considered. Therefore, the basic concept of Ohm’s law[2]is found suitable in principle to develop a fault location tracking system. Based on the Ohm’s Law, it is found that the resistance of the cable is proportional to its length under constant conditions of temperature and the cross section area and therefore if a low DC voltage is applied at the feeder end through a series of resistor in cable lines, the current would vary depending upon the location of fault in the cable. Here a system is developed which consists of a microcontroller, LCD display, Fault Sensing Circuit Module, IoT Wi-Fi Module and proper power supply arrangement with regulated power output. Hence, if there is a short circuit.
| 40 |
Author(s):
Sanket Satish Lade Shubham Kaduba Shinde Yuvraj Kisan Sutar Chirag Satishbhai Ramraje.
Page No : 1-6
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Tax Prediction System using machine learning
Abstract
Machine learning gives strategies, tools and equipment, which assist to learn mechanically and to make correct predictions based totally on beyond observations. The records are retrieved from the actual time environmental setup. Machine getting to know techniques can help in the integration of laptop-primarily based structures in predicting the dataset and to improve the performance of the device. The main reason of this paper is to provide Tax Predictions from given data and also fraud detection. Such contrast helps to offer the correct result in algorithms.
For this reason evaluating, it tries to determine tax benefits which are more likely to be utilized by ability fraud taxpayers by means of investigating the non-public income tax structure. Secondly, it targets at characterizing thru socioeconomic variables the phase profiles of potential fraud taxpayer to offer an audit selection approach for enhancing tax compliance and improve tax design. Random forest algorithms is a tedious undertaking, for real time dataset. The combination of statistics Feature Extraction proposed gives precious statistics to contribute to the examine of tax fraud.
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Author(s):
Mr.Peshal Jadhav 1,Mr. Archit Patil 2,Miss. Mansi Kolekar 3 Miss.Aishwarya Jadhav.
Page No : 1-6
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Charging of Electric Vehicle using Wireless Power Transmission with Renewable Energy Source
Abstract
In this distributed energy storage. On the other hand, the electrification of person transport vehicle seems to be inevitable trend. Thus, an attractive way to store the energy of the grid is to use the onboard battery of these electric vehicles by connecting them to the grid “Vehicle to Grid”. The conventional way to do this is to use a wired connection. In general, the driver connects his car mostly to charge and not to serve as a storage medium. An alternative is inductive power supply which permits an automated connection to the grid without interaction of the driver and meets the efficiency requirement of more than 90%. Combined with a PV-Module the bidirectional connection of an EV gets more attractive, when realized with an inductive wireless energy transfer system, since the automatic connection to the grid is more often and regular than with a cable connection.
| 42 |
Author(s):
Dhanashri Fuldeore ,Yashashri Ingale ,Devika Kumar.
Page No : 1-6
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Waste plastic reuse for repairing poth holes
Abstract
Aim is to challenge major world issue: Repurposing millions of tons of waste plastic, saving millions in the cost of road repairs and strengthening our existing roads. Potential hazardous are pothole and plastic- uneven road surfaces increase the likelihood of road accidents, whereas plastic lying dormant in landfill sites is harmful to our environment. Both the issues when taken together lead to a single solution that we can use this waste plastic to work towards improving the safety of our roads whilst creating harder and tough roads that will stand the long time.
| 43 |
Author(s):
Atharva Chaudhari, Sarvesh Dahiwadkar, Aditya Jadhav.
Page No : 1-6
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Transmission Line Fault Detection Using Wi-Fi Module
Abstract
The fault occurred in transmission line is very much dangerous for the locality. The project presents design and implementation of a transmission lines monitoring and centralized control system using IOT. In this prototype we design a model which is to be detect the fault in transmission line by comparing the voltage signal between the transmission line and a reference value, the reference value is predetermined and if the transmission line voltage is more than or less than reference value then fault is to be shown in display and send to webpage. A smart fault detection system was used to adequately and accurately indicate what fault had occurred. The system uses a current transformer, a voltage transformer, arduino and a Wi-Fi module. The system automatically detects faults, analyses and classifies these faults. Finally, the fault information is transmitted to the control room.
| 44 |
Author(s):
Piyush Kadam .
Page No : 1-6
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Facial Expression Emotion Recognition
Abstract
The human face has peculiar and specific characteristics, therefore it becomes difficult in understanding and identifying the facial expressions. It is easy to identify the facial expression of particular person in any image sequence. If we look to automated recognition system, however, the systems available are quite inadequate and incapable of accurately identify emotions. The area of facial expression identification has many important applications. It is an interactive tool between humans and computers. The user, without using the hand can go-ahead with the facial expressions. Presently, the research on facial expression are on the factors i.e. sad, happy, disgust, surprise, fear and angry. This paper aims to detect faces from any given image, extract facial features (eyes and lips) and classify them into 6 emotions (happy, fear, anger, disgust, neutral, sadness). The training data is passed through a series of filters and processes and is eventually characterized
| 45 |
Author(s):
Rohini Deshmukh.
Page No : 1-6
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Real Time Object Detection And Measurement
Abstract
In these days, real-time object detection and dimensioning of objects is an important issue from many areas of industry. This is a vital topic of computer vision problems. This study presents an enhanced technique for detecting objects and computing their measurements in real time from video streams. We suggested an object measurement and Detection technique for real-time video by utilizing Open CV libraries and includes the canny edge detection, dilation, and erosion algorithms. The suggested technique comprises of four stages: (1) identifying an object to be measured by using canny edge detection algorithm, (2) using morphological operators includes dilation and erosion algorithm to close gaps between edges, (3) find and sort contours, (4) measuring the dimensions of objects. In the implementation of the proposed technique, we designed a system that used Open CV software library.
| 46 |
Author(s):
Abhedya Bhole.
Page No : 1-6
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Crime Prediction And Analysis Using Data Mining
Abstract
Crime analysis and prediction is a systematic approach for identifying the crime. This system can predict region which have high probability for crime occurrences and visualize crime prone area. Using the concept of data mining we can extract previously unknown, useful information from an unstructured data. The extraction of new information is predicted using the existing datasets. Useful information from an unstructured data. The extraction of new information is predicted using the existing datasets. Crimes are treacherous and common social problem faced worldwide. Crimes affect the quality of life, economic growth and reputation of nation. With the aim of securing the society from crimes, there is a need for advanced systems and new approaches for improving the crime analytics for protecting their communities. We propose a system which can analysis, detect, and predict various crime probability in given region. This paper explains various types of criminal analysis and crime prediction using several data mining techniques.
| 47 |
Author(s):
Prerna Deepak Gosavi.
Page No : 1-6
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CONTACTLESS DELIVERY ROBOT FOR MEDICAL APPLICATION
Abstract
The field of automation is now expanding into the field of medicine and has roots in almost every service-oriented industry. . The robot is programmed to move the robotic arm to the right position, pick up the right amount of merchandise, and then put the product in the queue. It is controlled by an Arduino Uno. The Arduino is programmed to halt the robotic arm when the target weight is attained, and the load cell is used to measure the product's weight. The software used is Arduino IDE, and the robot is implemented on an ATmega328p. A visual system might be added to the robot to help it recognize the product and then direct the robotic arm to the right spot. The robotic arm spins 360 degrees.
| 48 |
Author(s):
Real-time object detection and measurement systems are very vital tasks in the industrial process. Object detection is often used in product quality stages in the industry. The proposed system can be applied to an industrial quality control system. Likewise, it can be utilized for various industrial systems or for security purposes. Generally, it is identifying objects in public area and measure dimensions of each of them.
Page No : 1-6
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Real Time Object Detection
Abstract
Real-time object detection and measurement systems are very vital tasks in the industrial process. Object detection is often used in product quality stages in the industry. The proposed system can be applied to an industrial quality control system. Likewise, it can be utilized for various industrial systems or for security purposes. Generally, it is identifying objects in public area and measure dimensions of each of them
| 49 |
Author(s):
Chetan Bapu Sonawane.
Page No : 1-6
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Real-time Evaluation of Descriptive Answer Using NLP and Machine Learning
Abstract
The process of evaluating descriptive answers to gauge student performance poses significant challenges. Typically, this assessment is conducted manually, which can introduce subjective biases. The outcome may be influenced by factors such as the authority's nature, mood, and the student-teacher relationship. Furthermore, manual analysis is time-consuming and demanding. To address these issues, this proposed system aims to automate the analysis process by leveraging technologies such as Machine Learning, Natural Language Processing (NLP), and Deep Linguistic Analysis (DLA). By employing these techniques, we can extract pertinent information from textual answers and measure the similarities between the extracted summaries and the correct answers.
| 50 |
Author(s):
Pratiksha R. Jagtap.
Page No : 1-6
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Parking Space Detection
Abstract
Successful implementation of Parking Space Detection can effectively reduce a lot of problems related to traffic congestion in urban areas. Wastage of fuel and time in search of a vacant parking space will be significantly reduced and the complete utilization of the available parking areas can make our cities really smart. Parking slot detection and user notification are the two major sections of a smart parking system. The empty parking space detection was initially done by deploying a number of sensors in the parking lot. It is highly expensive and complicated to install. But the advancement of image processing has enabled us to use images of the parking area to find out empty spaces. In this paper a comparative study of the various parking space identification techniques has been done. Also the image processing based system models has been presented as a replacement for sensor based systems. A very efficient and simple technique for parking slot identification based on optical character recognition (OCR) has been introduced in this paper. The camera installed in the parking lot captures the image of the parking area with specially numbered parking spaces. The OCR system recognizes the numbers which are not hidden by a vehicle parked over it and this information is used for identifying the empty spaces.
| 51 |
Author(s):
, GAURAV MORE .
Page No : 1-6
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“Decentralized Supply Chain using the Ethereum Blockchain”
Abstract
Majority of air pollution is generated by the combustion of fossil fuel (coal, diesel fuel, gasoline, oil, and natural gas) and they are a major contributor to health-harming air pollution. Union Minister Nitin Gadkari stressed the need to enhance the production of biofuel in the country by using the stubble of certain crops to reduce the dependence on the import of crude oil and fuel gasses. Since the production of biofuels is abundant in India and it requires minimal infrastructure changes for large scale adoption, it can serve as a much easier solution to the issue. But the creation of a supply chain for regular use of Biofuels is still in its nascent stage.
Providing a solution for this problem by creating Supply Chain of the entire set of Production, Distribution and Marketing processes by which a consumer is supplied with a desired product and producer can get their desired market with better security, this system
| 52 |
Author(s):
Akash Pawar.
Page No : 1-7
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A Survey of Image Processing and Identification Techniques
Abstract
Image processing is always an interesting field as it gives enhanced visual data for mortal simplification and processing of image data for transmission and illustration for machine preception. Digital images are reused to give better result using image processing. Ways analogous as Gray scale conversion, Image segmentation, Edge discovery, Point Birth, Bracket are used in image processing.
In this paper studies of different image processing ways and its styles has been conducted.
Image segmentation is the original step in multitudinous image processing functions like Pattern recognition and image analysis which convert an image into double form and divide it into different regions. The fashion used for segmentation is Otsu’s system, K- means Clustering etc. For point birth point vector in visual image is texture, shape and color. Edge detector with morphological motorist enhances the clarity of image and noise free images. This paper also gives information about algorithm like Artificial Neural Network and Support Vector Medium used for image type. The image is distributed into the open class by an ANN and SVM is used to collect all the distributed result. Overall the paper gives detail knowledge about the ways used for image processing and identification.
| 53 |
Author(s):
YASH M. JAIN.
Page No : 1-7
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Design of Agro Waste Bricks for Tribal Regions
Abstract
Agro waste which is increasing day by day becomes eyesore and in turn pollutes the environment, especially in villages where no waste disposal system exists. A large amount of agro waste is being generated into the tribal regions are discarded or burned which leads to the contamination of environment and air. Hence, these waste are to be effectively utilized. Agro Waste are added with soil at particular percentages to obtain high strength bricks that possess thermal and sound insulation properties to control pollution and to reduce the overall cost of construction; this is one of the best ways to avoid the accumulation of agro waste. The agro waste is naturally generated in surplus quantity and hence the cost factor comes down. Hence in this thesis, an attempt is made to study regard the properties of the brick which is manufactured using agro wastes. The present work deals with the manufacturing and analysis of bricks made with waste and soil. The bricks produced are light weight, have smooth surface and fine edges, do not have cracks and have high crushing strength and very low water absorption.
| 54 |
Author(s):
SharvariShelar,JanhaviKhaladkarGauriBhavsar.
Page No : 1-7
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Solar air purifier
Abstract
Thisresearchpaperisaboutdesigningandfabricating an air purifier system which is powered by solarenergyandtestingtheeffectivenessofthesystemtocurbtheairpollution. The focus is on extracting the suspended particulatematter from the air which are the major contributors in thepollutionofairinmanyurbancities.Itworksonanon-conventional method and intents to achieve best possible airpurificationresultsusingeco-friendlyandeconomicalmethod.Itworksonthebasicprincipleofadhesionofthesuspended particlesintheairwiththeliquidandsettlesdownduetobeingheavier than air and gets separated from the air helping us toachieve better air quality index. The fans and the pump in systemare operated with the help of solar energy, produced by solarpanels,whichconvertsthesolarradiations intoelectricity.
| 55 |
Author(s):
Bhavesh Desale Vishal Sonawane Mahesh kakad Ankita Mogal .
Page No : 1-7
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SMART SHOPPING TROLLY
Abstract
A shopping mall is a place where wide varieties of items are available. Many shopping malls use barcode scanning system. As this system is time consuming, people have to wait in a long queue at the billing counter. To overcome this problem, smart shopping cart is introduced. This proposed system uses RFID technology. Every product is attached with Radio Frequency Identification (RFID) tag. For scanning this tag RFID reader is used which is attachedto the cart. As a result bill is generated in the cart itself and is displayed on the LCD which saves the time of the customer.
| 56 |
Author(s):
Nimish Shinde Rutwik Amritkar 2, Sanket Bhamare 3 Pritesh Bhavaskar .
Page No : 1-7
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E-commerce Website Using Sentimental Analysis
Abstract
The internet and social media platforms have made available massive quantities of information to users worldwide. Numerous internet sources are present on categorical views of activities, goods and services, beliefs or perhaps the mood created by the online dwellers. In this competitive business world, various industries especially e-commerce immensely use sentiment analysis to increase productivity and make better business decisions. Sentiment Analysis is an associate degree in the field of analytics which has proven to be one of the significant instruments to reveal actionable insights using very big text databases from plentiful domains. This paper tackles a comprehensive overview of sentiment analysis and relevant techniques in e-commerce sector that is always keen to find out about the consumers’ opinions of their goods and services. It starts with the notion of an assessment of sentiments that have emerged as a method for understanding clients’ emotions. It also describes the normal assignment engaged in methods of sentiment analysis, such as methods based on lexicon and monitored machine learning. However, sentiment analysis is applied within the retail business largely in the E-Commerce that allows the operators to enhance their business operation.
| 57 |
Author(s):
Bhole Abhedya .
Page No : 1-7
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Crime Analysis and Prediction Using Data
Abstract
In this era of recent times, crime has become an evident way of making people and society under trouble. An increasing crime factor leads to an imbalance in the constituency of a country. In order to analyse and have a response ahead this type of criminal activities, it is necessary to understand the crime patterns. This study imposes one such crime pattern analysis by using crime data obtained from Kaggle open source which in turn used for the prediction of most recently occurring crimes. The major aspect of this project is to estimate which type of crime contributes the most along with time period and location where it has happened. Some machine learning algorithms such as Naïve Bayes is implied in this work in order to classify among various crime patterns and the accuracy achieved was comparatively high when compared to pre- composed works.
| 58 |
Author(s):
Shalaka Bose,Payal Pagere,Omkar sangpal ,Shridhar Subramaniam .
Page No : 1-7
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Real time ECG monitoring circuit and discharging circuit.
Abstract
Real-time electrocardiogram (ECG) monitoring plays a vital role in the diagnosis and management of cardiovascular diseases. This abstract presents a novel design for an ECG monitoring and discharging circuit that enables continuous monitoring of a patient's heart activity and provides a safe and efficient mechanism for electrical discharge, if necessary.
The proposed circuit consists of three main components: ECG sensing, signal processing, and discharge control. The ECG sensing module incorporates high-precision electrodes to capture the electrical signals generated by the heart. These signals are then amplified, filtered, and digitized by the signal processing module to extract relevant information and eliminate noise interference.
The discharge control module is designed to assess the patient's condition based on the ECG data and trigger an electrical discharge, if required. This module includes a comprehensive algorithm that analyses the ECG waveform and detects critical events, such as arrhythmias or abnormal heart rhythms. Upon detection, the circuit initiates a controlled discharge process to restore normal cardiac function.
| 59 |
Author(s):
Prof. Sunil Madhukar Mahajan, 2 Ghrushnesh Aniruddha Bhandari, 3 Rushabh Vijay Ghatborikar, 4 Saurabh Pandey, 5 Prathamesh Balasaheb Aher, .
Page No : 1-7
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DESIGN AND DEVELOPMENT OF 3D PRINTED ROBOTIC ARM FOR PAINTING APPLICATION
Abstract
Abstract: In the current scenario machines and robots are playing an important role in the automation industry. This paper is presenting the process through which 3D Printed robotic arm is made with the help of Arduino and Potentiometer for controlling and coordinating the industrial processes. Here, we realize that the 3D Printed robotic arm has the ability to move in four directions with the help of servo motors. The movement of servo motor, UNO is responsible which converts the analog signal into the digital signal which is further received by servo motor. This project discuss about the technical imputation, the issue related with the implications and application of 3D Printed robotic arm in the field of automation of industries. It can be used as a artificial arm for a human who have lost his hand in any accident.
| 60 |
Author(s):
Akshada balasaheb sonawane 1 , Nayana Vilas deure 2 , Nisha Sitaram Bagade3, Priyanka Sunil jadhav4, Dr.B.S . Shirole5.
Page No : 1-7
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Image based Bird Species Identification using Convolutional Neural Network
Abstract
Life's routine tempo appears to be rapid and energetic
and includes diverse tasks. Bird-watching is a popular hobby
which offers relaxation in everyday life. Innumerable people visit
bird sanctuaries to observe the elegance of different species of
birds. To provide birdwatchers with a convenient tool for
identifying the birds in their natural habitat, we developed a Deep
Learning model to help birders recognize 60 bird species. We
implemented this model to extract information from bird images
using the Convolutional Neural Network (CNN) algorithm. We
gathered a dataset of our own using Microsoft’s Bing Image
Search API v7. We created an 80:20 random split of the data. The
classification accuracy rateof CNN on the training set was
observed to be 93.19%. The accuracy on testing set was observed
to be 84.91%. The entire experimental research was carried out on
Windows 1
| 61 |
Author(s):
Kanchan Singh.
Page No : 1-8
|
Effectiveness of Artificial Intelligence in Stock Market Prediction Based on Machine Learning
Abstract
This paper tries to address the problem of stock request vaticination using artificial intelligence (AI) strategies. The stock request vaticination can be modeled grounded on two top analyses called specialized and abecedarian. In the specialized analysis approach, the retrogression machine literacy (ML) algorithms are employed to prognosticate the stock price trend at the end of a business day grounded on the literal price data. In discrepancy, in the abecedarian analysis, the bracket ML algorithms are applied to classify the public sentiment grounded on news and social media. In the specialized analysis, the literal price data is exploited from Yahoo Finance, and in abecedarian analysis, public tweets on Twitter associated with the stock request are delved to assess the impact of sentiments on the stock request’s cast. The results show a median performance, inferring that with the current technology of AI, it's too soon to claim AI can beat the stock requests.
| 62 |
Author(s):
Janvi Ahire.
Page No : 1-8
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Hospital prediction using data mining
Abstract
One of the most critical problems in healthcare is predicting the likelihood of hospital readmission in case of chronic diseases such as diabetes to be able to allocate necessary resources such as beds, rooms, specialists, and medical staff, for an acceptable quality of service. Unfortunately relatively few research studies in the literature attempted to tackle this problem; the majority of the research studies are concerned with predicting the likelihood of the diseases themselves. Numerous machine learning techniques are suitable for prediction. Nevertheless, there is also shortage in adequate comparative studies that specify the most suitable techniques for the prediction process. Towards this goal, this paper presents a comparative study among five common techniques in the literature for predicting the likelihood of hospital readmission in case of diabetic patients. Those techniques are logistic regression (LR) analysis, multi-layer perceptron (MLP), Naïve Bayesian (NB) classifier, decision tree, and support vector machine (SVM). The comparative study is based on realistic data gathered from a number of hospitals in the United States. The comparative study revealed that SVM showed best performance, while the NB classifier and LR analysis were the worst.
Key Words: Decision tree; hospital readmission; logistic regression; machine learning; multi-layer perceptron; Naïve Bayesian classifier; support vector machines
| 63 |
Author(s):
Thakare Sachin, Patil Darshan, Lole Aishwarya, Shirsath Rutuja .
Page No : 1-8
|
,IOT Based Implementation of Disaster Monitoring at Public Places and Industrial Area Through smart pole
Abstract
Main aim of this system is to provide energy efficient system which provides continuous monitoring of environmental parameters like air quality, earthquake and floods. So that people & higher government authorities will get to know about the accidents quickly. To make the system energy efficient, lights from the pole will be turn on & off depending on external light environment.
This project will be implemented on existing roadside streetlamps & helpful for generating immediate alert in extreme situations to avoid casualties. 24*7 monitoring of environmental parameters form anywhere. It will be helpful for speed up the rescue operations in flood & earthquake. To avoid the use of external energy, system included with rotating solar panel. All these features make the old streetlight poles SMART. In this proposed system, Air quality sensor is used to monitor hazardous gases & smoke detection. This will trigger an alarm when the air quality goes down beyond a certain level, means when there are sufficient amount of harmful gases are present in the air like CO2, smoke, alcohol, benzene and NH3. A water level sensor for flood detection & vibration sensor for earthquake detection are used. System will display readings from sensors on webpage through internet. So that government officials will be alert at that exact movement. An alarm will be on, when danger situations are detected, so that people will get start to reach safer places. Street lights on pole will be turn on & off automatically, depending on external light environment. This system is be powered through sun tracking solar panel & will be the efficient and lifetime source of energy for the system.
| 64 |
Author(s):
Jayesh H. Kodwani Sumit V. Sonar Roshan S. Undarkar.
Page No : 1-8
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Inductive charging of ultracapacitor buses
Abstract
Many public transit agencies are exploring ways in which alternative fuels can be utilized to reduce our nation’s dependency on imported oil and to avoid the environmental impacts associated with the combustion of petroleum products. Of all the alternative fuel options, electricity is among the most desirable in terms of affordability, availability, security, and sustainability. Unfortunately, limitations in battery technology result in electric vehicle operating ranges that are much lower than those of internal combustion-powered vehicles. Although opportunity charging is one strategy for increasing the driving range of electric buses by means of a series of brief recharges during normally scheduled midday layovers, it has yet to be embraced by the transit industry, in part because of the difficulties involved in having drivers connect and disconnect the bus from the charger at regular intervals throughout the day. Roadway-mounted inductively-coupled power transfer systems effectively remove this constraint by automating the charge process, thereby obviating the need for driver intervention. Ultracapacitor energy storage systems offer advantages over battery systems for such applications.
| 65 |
Author(s):
Milan Areyada.
Page No : 1-8
|
Design and Development of Robot for Sanitization of College Campus
Abstract
The world is severely affected by the Covid-19 pandemic health-care workers are hostile to work inside of COVID-19 hospital due to social distancing. Supplying essentials food and delivering medicine in hospitals has a challenge. To address the need of the World health organization and the certified sanitizing system is a solution for personnel and surface decontamination. To overcome the problem developed automatic portable sanitizing equipment for spraying sanitization solution. The portable sanitizer unit is attached to the top of the mobile robot. The system integrates a sprinkler mechanism and is used to distribute air and disinfectant fluid mixture. The mobile robot main components consist of a DC motor, Bluetooth module, Arduino, Motor driver, Submergible pump, Sprinkler, Battery, DC Converters are used. The system is capable of sanitizing the floors of hospitals. The application area can include hospital corridors, medical shops, operation theatre, walking pathways, doctor room, testing center, and patient room, etc.
| 66 |
Author(s):
Pratik Chavhan, Anuraj Patil, Omkar Patil , Divyanshu Thakare.
Page No : 1-8
|
Automatic Power Factor Detection And Correction using Aurdino
Abstract
This project is mainly proposed for reducing the power loss in industries by using power factor compensation through a number of shunt capacitors. Power factor is defined as the ratio of real power to apparent power. So, the increase in reactive power (real power) increases the apparent power , so the power factor also decreases. By having low power factor
the industry needs more energy to meet its demand, so the efficiency decreases. In this system
we proposed the time lag between zero voltage pulse and zero current pulse delay generated by suitable op-amp circuits in comparator mode and fed into two interrupt pins in microcontroller. Microcontroller displays the power loss due to inductive load on the LCD. This process is continuously actuate until the power loss would be zero by using relays which is used to bring the shunt capacitors into load circuit. 8-bit microcontroller is used in this project which belongs to AVR family.
| 67 |
Author(s):
Gauri B. Sonawane, Amit M. Solanki, Dr. Pawan C. Tapre.
Page No : 1-8
|
MITIGATION OF TRANSIENT OVER-VOLTAGE IN MICRO GRID USING SUPERCAPACITOR CONNECTED STATCOM
Abstract
Electrical power quality is becoming intensity concerned from both electric utilities and customers. Voltage fluctuation is a major power quality problem as it has a significant impact on both the equipment and production environment. This work describes the voltage control technique of mitigation of voltage fluctuations and clearing fault using distribution static synchronous compensator (DSTATCOM). The test system used is Indian native power distribution system. A simulation was done using MATLAB/Simulink software.
| 68 |
Author(s):
Nilesh P. Mahale, Rushikesh A. Darade, Abhishek M. Chidre , Dnyaneshwar A. Lobhe.
Page No : 1-8
|
PLC BASED AUTOMATION IN CONVEYOR BELT WITH OBJECT SEPARATER
Abstract
Present world is very much competitive world. Up growing technology is very much responsible in this case. The nation which have more updated technology, it dominates the world. To survive in the competition technology is very much important. Industry has very much influence on economy for a nation. Where there is industry, there must be production of some products. Technological improvement is very much necessary to industry for better product. Automation is very necessary for industry. Conveyor belt is used to carry this product from one station to another. It is a necessary tool in the production line of an industry. The objects can be sorted in a conveyor belt according to metal and non metal. For this purpose, a product will have to be placed on a conveyor belt which is operated by a motor. Then after checking the metal and non metal product, the exact non-metal of the products will be thrown to the product box and the metal product will be rejected to the waste box by automatic rejection process and the accepted products will also be counted automatically which is performed by user defined rules.
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Author(s):
Rushikesh Thete ,Onkar Pawade, Vishal Sonawane, Amol Chavan.
Page No : 1-8
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Wireless power transfer on power train to charge battery
Abstract
Wireless power transfer (WPT), wireless power transmission, wireless energy transmission, or electromagnetic power transfer is the transmission of electrical energy withoutwires. Wireless power transmission technologies use time varying electric, magnetic, orelectromagnetic fields. Wireless transmission is useful to power electrical devices where interconnecting wires are inconvenient, hazardous, or are not possible.
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Author(s):
Akash Hatkar 1, Saurabh Mate 2, Ratan Ranmale 3 , Ravindra Dobade .
Page No : 1-8
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IOT BASED DC MOTOR SPEED AND DIRECTION CONTROL
Abstract
The main aim to design this paper is to develop IOT Based speed control of a DC motor with the help of the microcontroller. The most important part of any industrial organization is to control the speed of a machine. The main advantage in using a DC motor is that the Speed-Torque relationship can be varied to almost any useful form. To achieve the speed control, an electronic technique called Pulse Width Modulation is used which generates High and Low pulses. These pulses vary the speed of the motor. For the generation of these pulses a microcontroller is used. As a microcontroller is used to set the speed ranges as per the requirement is easy which is done by changing the duty cycles time period in the program. Different speed grades and the direction are depended on different buttons. 8051 families microcontroller used in this project and programming has been written in assembly language, then converted into hex file by using micro vision Kiel software. The burning of the program in the microcontroller has been done by using positron boot loader software.
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Author(s):
MR.GADAKH SIDDHESH1, MR.SHEWALE RUPESH2, MR.MAHALE TEJAS 3 MR.MAHAJAN NAYAN .
Page No : 1-8
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‘‘Power Generation Using Vertical Axis Wind Turbine on Highways’’
Abstract
Recent era, research and development activities in the field of renewable energy, especially wind and solar, have been considerably increased, due to the worldwide energy crisis and high global emission. The horizontal axis wind turbine cannot be used for household purpose. So, Savonius vertical axis wind turbine can be better option as it operate in low wind condition also. The choice for this model is to showcase its efficiency in varying wind conditions as compared to the traditional horizontal axis wind turbine and contribute to its steady growing popularity for the purpose of mass utilization in the near future as a reliable source of power generation. Firstly a research took place on the existing bibliography, so every member of the team would be up to date about the so far theoretical and technological development of this kind of wind turbine. After this briefing the team was at the position to exclude some geometrical designs and conclude to the most efficient. Thereafter, based on our means and tools we performed a research for the final decision of the kind of Savonius wind turbine we would manufacture. Later on, we divided the tasks that had to be done into categories and distributed them to the team members depending on their individual skills and knowledge to achieve the best possible result. These tasks included the analysis of the materials’ durability, what mechanical elements were needed, various software simulation tests and the electrical installment of the wind turbine.
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Author(s):
Aglave Roshan, Bhamare Rohit , Bhusari Sairaj, Kalkar Prasad..
Page No : 1-8
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Design and Development of Solar E-Vehicle Charging through RFID Technique
Abstract
Mobile phones play’ s an important role in present communication world as well as day to day life. This describes mobile charger ,mobile locker room, charging of battery for backup by using solar panel system based on RFID module. There are increasing large numbers of Android user which requires more battery supply. So to operate these mobile phones public charging needed & it should be useful to public .hence we used mobile charging and safety locker by using solar with the help of RFID for the safety.
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Author(s):
Ahire Saurabh 1, Chandore Pratik 2, Gavit Yashoda 3 Khalane Yogesh.
Page No : 1-8
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“Lane Line Detection Algorithm for Self-Drive Cars”
Abstract
Being able to detect lane lines could be a crucial task for any self-driving autonomous vehicle. In this project, to identify lane lines on the road OpenCV is used. OpenCV method uses the input images to find any lane lines command among and also for rendering out an illustration of the lane. The OpenCV tools like color selection, the region of interest selection, grey scaling, Gaussian smoothing, Canny Edge Detection, and Hough Transform line detection are being employed. A color detection algorithm identifies pixels in a picture that matches a given color or color range. Region of interest selection allows you to select a rectangle in an image, crop the rectangular region and finally display the cropped image. Grey scaling is the method of changing an image from different color spaces e.g., RGB, CMYK, HSV, etc. to shades of gray.
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Author(s):
SHUBHAM.R.BHOI, PRASAD.G.MAHAJAN2, KIRAN.N.CHOPADE 3 GANESH.M.PATIL.
Page No : 1-8
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“SMART GLOVES”
Abstract
Women all over the world are facing and even subjected to unethical physical harassment. Security for women is still a major issue as the number of crimes and harassment over women and girls is increasing day-by-day. In this age of technology, mobile phone is one of the gadgets that almost everyone like and uses to keep in touch with family and friends. All they need is a device that can be carried everywhere easily. This proposed project deals with a quick responding, cost protection system for an individual and especially for women using which a woman in anguish can call for help just with the bending her fingers on the smart gadget.
Self-Défense module for women safety is like a Smart Glove for women safety. It has the ability to help women with technologies that are embedded into a device. It is specially designed for women safety and protection. It has a Flex sensor that will be used by women to inform nearby police when they are in distress.
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Author(s):
Roshan M. Sonone, Parimal R. Jadhav 2, Kiran P. Bhong 3 Shrinivas P. Reddy.
Page No : 1-8
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IOT Based Single Phase Induction Motor Smart Control Using Real Time Clock
Abstract
This project presents the overall design of 1 Phase induction motor System with low cost and wireless system. It specifically focuses on the development of an IOT based induction motor system that is able to control various components via internet or be automatically programmed to operate from ambient conditions. In this project, we design the development of a firmware for smart control which can successfully be automated minimizing human interaction to preserve the integrity within whole electrical devices in the home.
• We used Node MCU, a popular open source IOT platform, to execute the process of automation. Different components of the system will use different transmission mode that will be implemented to communicate the control of the devices by the user through Node MCU to the actual appliance.
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Author(s):
Rakesh Bandane, Vaibhav Bankar.
Page No : 1-8
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Review Paper on design of Single Cavity Pressure Die Casting Die Using CAD Tool & Its Manufacturing by HPDC Technology
Abstract
Manufacturers can create a sharply defined textured or smooth surface of metal parts by using a manufacturing process described in high-pressure die-casting technology. The mechanism under this technology forces and injects molten metal into a reusable metal die at a speed of 27- 45 m/s. The manufacturers will use the hot chamber or cold chamber method to inject the metal into the die on the basis of the type of metal chosen to fabricate the part. The designer must incorporate numerous manufacturability-related factors into the design of a die to produce successful castings economically. To achieve this overall design goal, the die fills completely with molten metal, quickly & consistent solidification of molten metal, the part ejects easily from the die without damage, the part requires a minimum of die construction and die maintenance difficulties, the part meets the customer’s tolerance requirement. Proper estimation of part manufacturing is essential for tender procurement & reduction in manufacturing lead time. The project gives a brief introduction of design considerations in manufacturing single cavity pressure die casting die. It explains the process flow from quotation to dispatch of the PDC tool. CAD software will be used for doing the work accomplished in design
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Author(s):
Rakesh Dilip Bandane.
Page No : 1-9
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Rakesh Bandane1, Vaibhav Bankar2 Design of Single Cavity Pressure Die Casting Die for Automotive Part of Aluminum Alloy (AlSi-12) Using CAD Tool & Its
Abstract
Manufacturers can create a sharply defined textured or smooth surface of metal parts by using a manufacturing process described in high-pressure die-casting technology. The mechanism under this technology forces and injects molten metal into a reusable metal die at a speed of 27- 45 m/s. The manufacturers will use the hot chamber or cold chamber method to inject the metal into the die on the basis of the type of metal chosen to fabricate the part. The designer must incorporate numerous manufacturability-related factors into the design of a die to produce successful castings economically. To achieve this overall design goal, the die fills completely with molten metal, quickly & consistent solidification of molten metal, the part ejects easily from the die without damage, the part requires a minimum of die construction and die maintenance difficulties, the part meets the customer’s tolerance requirement. Proper estimation of part manufacturing is essential for tender procurement & reduction in manufacturing lead time. The project gives a brief introduction of design considerations in manufacturing single cavity pressure die casting die. It explains the process flow from quotation to dispatch of the PDC tool. UNIGRAPHICS NX software is used for doing the work accomplished in design
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Author(s):
Shelke Machindranath, Bodkhe Rameshwar, Kanshette Chaitany, Rushikesh Holkunde.
Page No : 1-9
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Arduino Based Uunder Ground Cable Fault Detection Over GSM
Abstract
The objective of this project is to determine the distance of underground cable fault from base station in kilometres USING an Arduino. The underground cable system is a common practice followed in many urban areas. While a fault occurs for some reason, at that time the repairing process related to that particular cable is difficult due to not knowing the exact location of the cable fault. The proposed system is to find the exact location of the fault.
The project uses the standard concept of Ohms law i.e., when a low DC voltage is applied at the feeder end through a series resistor (Cable lines), then current would vary depending upon the location of fault in the cable. In case there is a short circuit (Line to Ground), the voltage across series resistors changes accordingly, which is then fed to inbuilt ADC of Arduino to develop precise digital data for display in kilometres.
The project is assembled with a set of resistors representing the cable length in km and the fault creation is made by a set of switches at every known km to cross check the accuracy of the same. The fault occurring at a particular distance, the respective phase along with the distance is displayed on the LCD. The same information is also sent to the concerned authority mobile phone over GSM, interfaced to the Arduino. Further this project can be enhanced by using capacitor in an ac circuit to measure the impedance which can even locate the open circuited cable, unlike the short-circuited fault only using resistors in DC circuit as followed in the above proposed project.
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Author(s):
Manish Tayade 1, Sachin Shinde 2, Rakesh Mahajan 3 Shubham Tambe .
Page No : 1-9
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INDUSTRIAL LOAD MONITORING AND CONTROL
Abstract
In this project, a solution is proposed for the traditional monitoring and controls of Industrial applications through the implementation of Internet of things (IOT).
This system will monitor and control the industrial machines from any distance in the world using an IOT webpage. So status of machines can be monitor & control anytime and from anywhere using internet.Proposed system is connected to internet using WiFi module & control the machines with the help of relays.All operation is controlled using microcontroller Atmega328 and process can be seen on 16x2 LCD display.Whereas machineries can also be controlled from switch board. Complete system will be powered through 230V AC and 5V DC power supply.
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Author(s):
Sanket P1, Adarsh C2, Kirtesh S3, Mangesh S4, Pravin Nemade5, Manoj Patil6, Kaveri Sonawane7.
Page No : 1-10
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DESIGN OF WATER TREATMENT PLANT FOR DINDORI TALUKA BY KOMVEE SOFTWARE
Abstract
Water is the prime most factors which holds life on earth. The availability of water varies among different places. In some places the quality and quantity of water obtained is not satisfactory. Due to population explosion water demand increased to its peak limit which in turn lead to scarcity of water. Many of the places in Kerala are seriously affected by these problem due to lack of an efficient water supply system. Careful examination of water sources and proper treatment of water with an efficient water supply system can overcome these problems to a great extent. In this project we have planned to design an efficient water treatment plant which makes the water useful for drinking purpose. This project deals with the design of various components of water treatment plant at Peelarmozhi , Chalakudy. The water from Kappathodu canal is directed to the pond near the site by constructing a weir across the canal and the water undergoes proper treatment before it is dispatched.
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Author(s):
Vighnesh Gajula, Kunal Khadke, Pratik Kokate, Bhushan Sonkamble.
Page No : 1-10
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IOT Based Smart Interactive Talking Plant
Abstract
The aim of this work is to bring the Artificial Intelligent (AI) concept in a new level by introducing it to living organisms like plants. In this system we provide a concrete scenario where an augmented plant, an E-Plant can be incorporated in a ubiquitous computing environment in order to work together with other augmented objects, artifacts, in order to provide to the environment status of its condition. The IoT is the addition of Internet connectivity into physical devices and everyday objects. Embedded with electronics, Internet connectivity, and other forms of hardware (like sensors), these devices can interact with others over the Internet, and they can be remotely examined and controlled.
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Author(s):
Shital Kacharu Jadhav, Prof. M. S. Nimase.
Page No : 1-10
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Stock Market Prediction Using Machine Learning Techniques
Abstract
The stock market is a very important activity
in the finance business. Its demand is
consistently growing. Stock market prediction
is the process of determining the future value
of company stock or other financial
instruments traded on a financial exchange.
For some decades Artificial Neural Network
(ANN), which is one intelligent data mining
technique has been used for Stock Price
Prediction. It has been trusted as the most
accurate consideration. This paper surveys
different machine learning models for stock
price prediction. We have trained the
available
stockdataofAmericanAirlinesforthisproject.Th
eprogramminglanguagethatwe have used in
this paper is Python. The Machine Learning
(ML) models used in this project are Decision
Tree (DT), Support Vector Regression (SVR),
Random Forest (RF),and ANN. The
datahereissplitinto70%fortrainingand30%fort
esting.The dataset contains stock data for the
last 5 years. From the simulation results, it is
shown that Random Forest performs better as
compared to others. Thus, it can be used in
the real-time implementation
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Author(s):
Dr.Mukund Tripathi, Aashi Dave ,Aarav Mehra ,Chhavi Jaiswal ,Areez Mistry.
Page No : 1-13
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Fabrics of Growth: A comprehensive Study of the current Textile landscape in India
Abstract
India's considerable textile industry, which makes a substantial GDP contribution, must contend with challenges like sustainability and international competition. This report looks at its benefits, drawbacks, and future potential. The primary focus of the recommendations is on the government's support of worker development, technological innovation, domestic production, and market diversification. To maintain the industry's leadership in the global textile market and for the long run, it is imperative that these innovations are accepted.
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Author(s):
M. Varshini.
Page No : 1-57
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FIRE SECURE USING CHAIN MECHANISM AND IoT
Abstract
- Fire alarm systems play a critical role in safeguarding lives and property by providing early warnings in the event of a fire outbreak. However, traditional fire alarm systems often involve complex wiring and installation procedures, which can be daunting for users and deter them from implementing such safety measures in their homes. To address this challenge, we propose an innovative solution: an Internet of Things (IoT) based wireless fire alarm system designed for easy installation and operation. The core of our proposed system is an ad-hoc network distributed throughout the house, comprising microcontrollers such as the ESP8266 NodeMCU. These microcontrollers are equipped with infrared flame sensors, continuously monitoring the surrounding environment for signs of fire. Importantly, the microcontrollers establish their own Wi-Fi network, enabling seamless communication and coordination within the system. When a fire is detected by any sensor within the network, a signal is promptly transmitted to the corresponding microcontroller. This triggers a series of predefined actions, including sending an SMS alert to the user, initiating a phone call to notify them of the emergency, and activating a local alarm within the house to alert occupants. Additionally, users can proactively query the system for real-time updates on their home's status by sending an SMS command. To validate the efficacy of our proposed system, we developed a prototype and conducted rigorous testing. The prototype successfully demonstrated all desired functionalities, achieving rapid response times with an average delay of less than 30 seconds. Through this innovative IoT solution, we aim to empower users with a reliable and user-friendly fire alarm system that enhances home safety and peace of mind.