results 37-48 of 666
Generative AI-assisted CAD Modeling of Electronic Enclosures
17/12/2024
Inventors: Prof. Sk Aziz Ali
An Integrated Free Space and Underwater Optical Quantum Communication System
Inventors: Prof. Nikumani Choudhury (Hyderabad Campus), Prof. Syed Mohammad Zafaruddin (Pilani Campus), Prof. Jayendra Nath Bandyopadhyay (Pilani Campus)
Coupled three dimensional fluid structure free surface simulation and under water structure
24/11/2024
Inventors: Prof. Pardha Saradhi GV, Prof. Supradeepan
Development of indigenous medical radiation dosimeter based on organic field-effect transistors (DosFET)
18/11/2024
Inventors: Prof. V Ramgopal Rao, Prof. Sanket Goel, Prof. Arindam
Design an Edge Computing – based Smart Feed and Water delivery System for Livestock
18/11/2024
Inventors: Prof. Anakhi Hazarika
NSF-DST CPS Small Equitable Energy Access via Energy Communities and Microgrids A Cyber-Physical System Approach
18/11/2024
Inventors: Prof. Pratyush Chakraborty
Rating the lifter Chassis for structural stability under various loading conditions
15/11/2024
Inventors: Prof. Chandu Parimi
Power and Performance Estimation Based on RTL Code
08/11/2024
Inventors: Prof. Soumya J, Prof. Paresh Saxena
This project aims to address the challenges in predicting power consumption and performance in semiconductor design by creating a versatile predictive framework. By utilizing advanced Artificial Intelligence techniques, the framework seeks to deliver accurate, efficient, and real-time estimations across various stages of design. It focuses on integrating data from multiple...
This project aims to address the challenges in predicting power consumption and performance in semiconductor design by creating a versatile predictive framework. By utilizing advanced Artificial Intelligence techniques, the framework seeks to deliver accurate, efficient, and real-time estimations across various stages of design. It focuses on integrating data from multiple sources and abstraction levels to analyze trade-offs effectively, optimizing design processes while reducing computational demands. This research aims to advance the understanding and optimization of semiconductor systems, promoting efficiency and sustainability in modern computing.
Tracing the Transition: A Longitudinal Study of Skilling and Labour Market Outcomes of Indian Youth in Orissa, Jharkhand, Telangana and West Bengal
23/09/2024
Inventors: Prof. Vivekananda (Hyderabad Campus), Prof. Shreya Biswas Das (Hyderabad Campus), Prof.. Saibal Kar (CSSS, Kolkata), Dr. Paramita Mukherjee (XIM University, Odisha), Dr. Sayoree Gooptu (XIM University, Odisha), Dr. Saheli Bose (Birla Institute of Technology, Mesra)
This study intends to examine how education and skill development programs affect youth employment outcomes like labor market participation, job quality, and earnings in India. The study assumes importance as youth unemployment, especially among educated youths, remains high. Over 1,500 youths across 4 states of India will be surveyed over...
This study intends to examine how education and skill development programs affect youth employment outcomes like labor market participation, job quality, and earnings in India. The study assumes importance as youth unemployment, especially among educated youths, remains high. Over 1,500 youths across 4 states of India will be surveyed over a period of 5 years to gain insights pertaining to their transition from college into the workforce. Using economic theories, the research will assess whether skill acquisition improves long-term career prospects and whether public initiatives such as entrepreneurship programs effectively enhance employability and earnings. The findings of the study intend to provide important policy recommendations.
Investigations on impact dynamics of Advanced Light Weight Torpedo (ALWT) on water surface
23/10/2024
Inventors: Prof. Sayan Das, Prof. Sabareesh Geetha R
Water-entry of a torpedo is a case which involves large impact forces. These loads on the shell of the torpedo upon impact often result in damage to the torpedo’s structure and internal components. These loads, through experimental observations, have been seen to reach magnitudes as high as 105 Newtons and...
Water-entry of a torpedo is a case which involves large impact forces. These loads on the shell of the torpedo upon impact often result in damage to the torpedo’s structure and internal components. These loads, through experimental observations, have been seen to reach magnitudes as high as 105 Newtons and vary with the velocity of penetration and the incident angle on the water surface. Hence, estimating the shock encountered by the torpedo as a function of its velocity as well as its orientation of impact and understanding the structural behavior of the shell is therefore paramount to ensure reliability and success.
Deployment of Deep Neural Networks on Low Power Microcontrollers for continuous Real-Time Speech Applications
30/10/2024
Inventors: Prof. Manik Gupta, Prof. Ponnalagu
This project focuses on leveraging Edge AI to adapt popular automatic speech recognition (ASR) technologies—such as speech-to-text, real-time speech processing - which are typically deployed on servers, for implementation on resource-constrained devices like microcontrollers....
This project focuses on leveraging Edge AI to adapt popular automatic speech recognition (ASR) technologies—such as speech-to-text, real-time speech processing - which are typically deployed on servers, for implementation on resource-constrained devices like microcontrollers.
Development of Mixture design for Bituminous Concrete and its Rutting Evaluation
24/10/2024
Inventors: Prof. Sridhar Raju, Prof. Akshay Gundla
An Institute of Eminence
