Notice Board :





Volume XVI Issue I

Author Name
Surendra Singh, Abhishek Dubey
Year Of Publication
2023
Volume and Issue
Volume 16 Issue 1
Abstract
Energy is one of the world's most important economic, environmental, and sustainability concerns. To improve living standards and reduce poverty, developing countries, in particular, need reliable, accessible, safe, and effective energy services. In recent years, many solar photovoltaic(PV)based DC microgrids have been developed to provide electric power to rural areas in developing countries. This research paper has proposed an IoT-based smart microgrid system for rural areas with an advanced control system for the optimal microgrid operation using the internet. The solution is provided by thinking a group of people living in a remote area. This prototype would detect the branch's failure and it could be managed from anywhere at any time with the help of internet. The power ratings would be displayed to the authority via a power monitoring system. In case of an emergency, a generator would be used to provide power to the rural region. The simulation of the projects was successfully do
PaperID
2024/EUSRM/1/2024/61478

Author Name
Anuradha Kumari, Aditya Mishra
Year Of Publication
2024
Volume and Issue
Volume 16 Issue 1
Abstract
High-Speed Low-Power Rail-to-Rail Buffer Amplifier for LCD Flat Panel Display System a low power buffer amplifier for LCD panel driving system is presented. The proposed architecture has self-biased RAIL TO RAIL complementary differential pair for full input output swing, and class B push-pull output driving stage which is suitable for large and small size liquid crystal display, compensation capacitor and resistance are used to improve the settling time and slew rate of the buffer amplifier by stabilizing phase margin, an experimental prototype is simulated using cadence specter in .35 μm CMOS technology which draws only 8 μm static current and provide a settling time of 2.8 μs and rising and 3 μs during four the act area for the design of the buffer is 49*60 μm With power supply of 3.3 it with stand with 1000 pF load capacitance the power consumption of the amplifier under static condition is 66μW.
PaperID
2024/EUSRM/1/2024/61477

Author Name
Vaghela Kokila, Pankaj Bhai, R. K. Singh
Year Of Publication
2024
Volume and Issue
Volume 16 Issue 1
Abstract
This comprehensive exploration delves into the relevance of Rosalynn Carter's dedicated advocacy for mental health care in the context of India. Acknowledging India's unique challenges, such as linguistic diversity, regional cultural variations, and a vast population, the study outlines the necessity for a flexible and adaptive advocacy model. The role of the government and non-governmental organizations (NGOs) is emphasized as indispensable for successful mental health advocacy in India. Collaborative efforts with the government are crucial for policy formulation, resource allocation, and infrastructure development, while NGOs, with their grassroots presence, can translate advocacy into tangible changes at the community level. Prominent Indian mental health advocates, including figures like Dr. Vikram Patel and organizations like The Live Love Laugh Foundation, play a pivotal role in shaping the narrative. Collaboration with these entities can amplify the impact of a dedicated voice,
PaperID
2024/EUSRM/1/2024/61479

Author Name
Shah Ishan Manojkumar, Sheetal Verma, Ajay Swarup, Rajendra Singh Kushwaha
Year Of Publication
2024
Volume and Issue
Volume 16 Issue 1
Abstract
In contemporary urban landscapes, the escalating demand for space has propelled the construction of tall buildings as a pragmatic solution. The scarcity of available land has necessitated the vertical expansion of structures, leading to the development of low-rise, medium-rise, and tall buildings. While reinforced concrete (RCC) framed structures are commonly employed to withstand both vertical and horizontal loads, their efficacy diminishes for buildings exceeding 15 to 20 stories due to inadequate lateral stiffness. This paper aims to investigate the seismic performance of a 50-storey RCC building equipped with shear walls. Shear walls, strategically placed vertical elements, are introduced to enhance the building's lateral stiffness, particularly crucial in regions prone to seismic activity. The study focuses on understanding the impact of seismic forces on the structural integrity and stability of the building.
PaperID
2024/EUSRM/1/2024/61480