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IOT BASED COMBINED CYCLE OF DESALINATION AND RAINWATER COLLECTOR
Publication Date : 23/01/2025
Author(s) :
Volume/Issue :
Volume 10
,
Issue 1
(01 - 2025)
Abstract :
Nowadays the ground level water is reducing due to less rainfall and more lands become dry with no water. Many people suffer without water. This paper presents the electronic control unit based desalination process using solar energy. This process is 3-4 steps of pumping water from groundwater tank to the solar still or hood. The still is made up of stainless steel and the top side is covered with glass. The sunlight heated the water and become evaporated and that vapor condenses in the glass and the water droplet is collected in the pipe. The desalinated water enters into the fine filter and in the hose hold usages. The top side of the still or hood collecting rainwater to the sedimentation filter and the fine filter assembly. Both the rainwater and desalinated water for usages excess water is allowed to the underground storage tank. This system is more suitable for the coastal hamlets and household uses.
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AI In Modern Software Development: Current Practices, Challenges and Future Possibilities
Publication Date : 21/01/2025
Author(s) :
Volume/Issue :
Volume 10
,
Issue 1
(01 - 2025)
Abstract :
Artificial Intelligence is fast emerging as an inseparable part of software engineering. Its impact on modern software development is significantly high. Though writing code or to be more precise, generating code through AI systems and tools facilitates the development of a wide variety of products, there are ethical considerations, risks, and limitations that ultimately affect the overall quality of the software. This research paper highlights how AI is used in modern software design, development, testing, security, and management processes and they are flawlessly streamlined for enhanced productivity and quality. The research describes how AI is important in software engineering as firms without employing AI in SDLC are susceptible to underperforming. It provides insights into, what it could help with in terms of developing modern and scalable applications, and the ethics involved in AI-driven software engineering. It also highlights limitations underlying the applications of AI in the past, present, and future.
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Article isn't published yet.
Article isn't published yet.
Optimizing Activated Carbon from Eggplant Stems for Methyl Orange Removal: Impact of Activating Agent Concentration
Publication Date : 13/01/2025
Author(s) :
Volume/Issue :
Volume 10
,
Issue 1
(01 - 2025)
Abstract :
The objective of this study is to evaluate the influence of the activating agent concentration on the removal of methyl orange using activated carbons derived from eggplant stems. The activated carbons were prepared using the chemical activation process with orthophosphoric acid (H3PO4) at concentrations of 10% and 30%. The activation time and temperature were set at 3 hours and 400 °C, respectively. Various adsorption tests were conducted in a batch system by varying the time, carbon dose, pH, and the concentration of the dye solution. The activated carbons obtained through this process were labeled as CA10% and CA30%. The results of the adsorption kinetics indicate that the equilibrium time is 50 minutes and 70 minutes for CA30% and CA10%, respectively. Adsorption is therefore faster for the carbon produced with the higher concentration of the activating agent (H3PO4 30%). Furthermore, the kinetic modeling follows the pseudo-second-order model for both types of carbon. Additionally, the adsorption rate increases with the mass of activated carbon, and the optimal pH for dye removal is pH = 2. In conclusion, both types of activated carbon demonstrate good adsorption capacities for methyl orange, with more than 80% removal and a shorter equilibrium time for CA30%. These performances indicate the potential for valorizing agricultural waste, such as eggplant stems, into porous materials for dye removal from aqueous environments.
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Analysis of an attribute-based encryption system for cloud data access
Publication Date : 07/01/2025
Author(s) :
Volume/Issue :
Volume 10
,
Issue 1
(01 - 2025)
Abstract :
There is a way to lower the Internet's common overhead and offer a fine-grained access control whenever cloud access control is being considered. These problems can be resolved with attribute-based encryption. A centralized attribute-based encryption scheme is suggested for the current system, in which users get secret keys and attributes from a single key distribution center.This paper suggests a decentralized attribute-based encryption system where any party can function as the authority by generating a public key and providing various users with private keys. Additionally supported by the suggested system are user revocation and anonymous authentication. The performance of decentralized Cipher-text attribute-based encryption and attribute-based encryption can also be compared.
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