Daily Archives: June 20, 2025

Authors: Professor Priyanka Ikhar,, Swaranjali Santosh Wakure, Pooja Ambadas Hiwale

Abstract: – River water pollution, particularly from floating debris such as plastics, poses a significant threat to aquatic ecosystems and public health. This paper presents a river water trash collector system that integrates Bluetooth technology and software for real- time monitoring and autonomous waste collection. The system consists of a floating collection device equipped with Bluetooth-enabled sensors and actuators, allowing it to autonomously detect and capture floating debris while communicating with a central control unit. The software platform allows remote monitoring, status updates, and real-time data collection via a user-friendly interface, providing valuable insights into waste types, quantities, and collection efficiency. The Bluetooth technology enables seamless communication between multiple collectors deployed in different river locations, facilitating coordinated waste collection efforts. Field tests conducted in various river environments demonstrate the effectiveness of the system in reducing floating debris, improving water quality, and offering scalability for large-scale implementations. This paper also explores the challenges of real-time data transmission, battery management, and system integration, highlighting the potential of this Bluetooth- based solution in advancing sustainable river management and contributing to global water pollution mitigation efforts.

DOI: http://doi.org/

 

 

Published by: vikaspatanker

Authors: Suyash Yadav

Abstract: In today's knowledge economy, optimizing employee productivity is crucial for organizational success. This study delves into the relationship between spatial planning and design elements within office spaces and their impact on user productivity. It aims to unravel how design choices influence worker performance and establish a set of parameters for designing workspaces that maximize productivity. The research commences with a historical examination of office spaces, tracing their evolution to identify key design elements that have emerged over time. Following this, the study establishes a framework of parameters to analyse the effectiveness of these elements in contemporary work environments. To explore the potential of these parameters in real-world settings, the research employs case studies, examining how various office layouts integrate these design principles. Through a comparative analysis of work environments based on the established parameters, the study develops a set of design recommendations intended to optimize user performance and maximize productivity. The findings of this research can be used to guide the design of future office spaces, fostering a productive and successful workforce, and ultimately contributing to organizational prosperity.

DOI: http://doi.org/10.5281/zenodo.15704566

Published by: vikaspatanker

Authors: Anay Sunilkumar Pandya

Abstract: This paper presents the development and experimental validation of a novel plug-and-play module aimed at extending the range of electric two-wheelers. Unlike traditional methods requiring internal modifications, this solution externally optimizes energy use, offering a non-invasive, user-friendly alternative. Real-world testing with a commercial electric scooter (Joy E-Bike Nanu Next) demonstrated a range improvement of up to 49.89%. The proposed solution is particularly relevant for emerging markets, where cost-efficiency and ease of deployment are crucial. Technical architecture is currently withheld due to pending intellectual property protections.

Published by: vikaspatanker

Authors: Victor Otieno Mony, Alice Nambiro Wechuli

Abstract: In the modern world, the adoption and use of cloud Computing are ubiquitous. Cloud Computing services are continuously playing a vital role in present Information Technology development paradigms. It is beyond reproach that aspects of cloud computing exist in almost all forms of manufacturing and service industries. Whereas the three Cloud Computing service models are vital, the most widely used service model is Software as a Service. In this service model, applications are outsourced under tenancy agreements by third parties known as Cloud Service Providers. Microsoft, Google, and IBM are the major players in the provision of Cloud Computing Services. Organizations migrating to the cloud operational model utilize Cloud Computing Services to gain a competitive edge, minimize operational costs, and utilize economies of scale. Unfortunately, the use of cloud computing service models in the educational sector in developing countries has not reached the expected capacity. Cloud Computing is still under-utilized by learning institutions in developing countries due to lack of infrastructure, lack of skillset, and lack of the equipment necessary for service operations. Most academicians in developing countries are unaware that the benefits of cloud services utilization education outweigh factors preventing its adoption. This research provides insight into the benefits of cloud computing services adoption in the educational sector and angles it as the perfect bridge in helping the achievement of academic goals. The paper seeks to convince academicians in developing countries that cloud computing services adoption can enhance the provision of cheap but quality education. If after reading through this paper, a scholar is compelled to incorporate cloud-based service design in their student’s learning paradigms, then, this paper would have achieved its objectives.

DOI: https://doi.org/10.5281/zenodo.15703794

Published by: vikaspatanker

Authors: Anay Sunilkumar Pandya

Abstract: This research presents a conceptual framework and predictive simulation for a terrain-adaptive, plug-and-play energy optimization module designed for electric four-wheelers. Building upon proven success in two-wheeler EVs, this paper extends the architecture to heavier, multi-axle platforms. By integrating AI-based terrain analysis, driving pattern recognition, and intelligent power routing, the proposed system aims to deliver up to 22–28% improvement in driving range without modifying core drivetrain components. Simulations based on real urban and semi-urban Indian driving data validate performance forecasts. The system is particularly relevant to passenger EVs, fleet operators, and last-mile delivery vehicles in infrastructure-limited markets.

DOI: https://doi.org/10.5281/zenodo.15703704

Published by: vikaspatanker

Authors: vimal singh, Dr.Rajendra khatana

Abstract: Abstract- The rapid growth of wireless communication systems and digital technologies has brought about a significant increase in human and environmental exposure to electromagnetic radiation (EMR). While non-ionizing radiation from everyday sources such as mobile phones, wireless routers, and broadcast towers is generally regarded as low-risk, emerging scientific studies have raised concerns about its biological effects, particularly in the context of long-term exposure. This paper investigates the dual impact of EMR on both human health and avian life. The research focuses on how chronic EMR exposure may influence cognitive function, sleep regulation, and biological stress in humans, while also examining its disruptive effects on bird species, especially in terms of their navigation, migration, and reproduction. Through a multidisciplinary approach involving field studies, satellite tracking, geospatial analysis, and computational modeling, the paper aims to provide a holistic understanding of the consequences of radiation exposure. Our findings highlight the necessity for cross-sectoral collaboration that unites environmental science, computer science, and biological research to develop responsible technological practices and ensure ecological sustainability

Published by: vikaspatanker

Authors: vimal singh, Dr.Rajendra khatana

 

 

Abstract: Abstract- The rapid growth of wireless communication systems and digital technologies has brought about a significant increase in human and environmental exposure to electromagnetic radiation (EMR). While non-ionizing radiation from everyday sources such as mobile phones, wireless routers, and broadcast towers is generally regarded as low-risk, emerging scientific studies have raised concerns about its biological effects, particularly in the context of long-term exposure. This paper investigates the dual impact of EMR on both human health and avian life. The research focuses on how chronic EMR exposure may influence cognitive function, sleep regulation, and biological stress in humans, while also examining its disruptive effects on bird species, especially in terms of their navigation, migration, and reproduction. Through a multidisciplinary approach involving field studies, satellite tracking, geospatial analysis, and computational modeling, the paper aims to provide a holistic understanding of the consequences of radiation exposure. Our findings highlight the necessity for cross-sectoral collaboration that unites environmental science, computer science, and biological research to develop responsible technological practices and ensure ecological sustainability

DOI: http://doi.org/

 

 

Published by: vikaspatanker

Authors: Deepali Chaturvedi, Garima Singh, Pooja Sharma, Nidhi Gargav

Abstract: This presentation explores the common challenges faced by primary school students in applying the BODMAS rule—an essential mathematical principle used to determine the correct order of operations in solving expressions. Despite its importance, many students struggle with understanding and correctly using the BODMAS rule, leading to frequent errors and reduced confidence in mathematics.

DOI: https://doi.org/10.5281/zenodo.15705269

Published by: vikaspatanker