MAJOR PROJECTS
MAJOR PROJECTS
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The goal of this project is to investigate optimized resource allocation in InWIP-NET, that is networks supporting both the wireless information transfer and the wireless power transfer. The main objective is to investigate InWIP-NET where a wireless power transfer network, composed of a variety of RF energy sources, is incorporated into a heterogeneous wireless information network, in order to deliver on-demand information and power wirelessly in a cost-efficient manner. The project has been successfully completed.
Ph.D. Thesis: Design and Optimization of Simultaneous Wireless Information and Power Transfer Systems Systems. [Defense held on: 11-Feb-2020]. Research Advisors : Prof. Symeon Chatzinotas and Prof. Björn Ottersten.
Principal investigator: Prof. Björn Ottersten
Vice principal investigator: Prof. Symeon Chatzinotas
Acknowledgments:
Funding source: ERC
Duration: 01.10.2017 to 30.09.2022
Partner: KTH Sweden
Principal investigator: Prof. Bjorn Ottersten
Acknowledgments:
Conferences:
Journals:
Book Chapter:
Funding source: FNR-CORE
Principal investigator: Prof. Bjorn Ottersten
Duration: 07/2018 - 06/2021
Acknowledgments:
Funding source: European Space Agency, ARTES AT Program
Partners: SES S.A., FTA Inverto
Principal investigator: Prof. Symeon Chatzinotas
Funding Source: FNR-CORE
Principal investigator: Prof. Björn Ottersten
Vice principal investigator: Prof. Holger Voos
Duration: from March 1, 2020 to February 28, 2022, 3 years
SIMULTANEOUS WIRELESS INFORMATION AND ENERGY TRANSFER IN MULTICARRIER AND COOPERATIVE COMMUNICATION SYSTEMS
SIMULTANEOUS WIRELESS INFORMATION AND ENERGY TRANSFER IN MULTICARRIER AND COOPERATIVE COMMUNICATION SYSTEMS
MS by Research Thesis at IIIT-H in order to meet the degree requirements (Mar'14 - Oct'16).
Recent advancements in the field have motivated researchers to propose some very interesting ideas. One such idea is the incorporation of information/data transfer with energy transfer, jointly known as simultaneous wireless information and energy transfer (SWIET). In this thesis, we have primarily focused on addressing two of the many possible problems in this context. [Defense held on: 19-Jan-2017].
Research Advisor - Dr. Ubaidulla P.
This project was completed in collaboration with CTTC, Barcelona, SPAIN between May'15 - Aug'15.
Main problem with recently proposed models for GNSS-SDR metadata is that they do not promote interoperability and data/resource sharing and re-use. To resolve the issues Metadata Standardization Technique is proposed. C++ codes for auto-con guration of receivers were developed.
Mentor : Dr. Carles Fernandez.
B.Tech. Project – MATLAB simulations of RF / Microwave Circuits. (Aug 2012-Apr 2013).
B.Tech. Project – MATLAB simulations of RF / Microwave Circuits. (Aug 2012-Apr 2013).
In this project, the main aim was to provide efficient and complete MATLAB codes for different topics related to Microwave Engineering. For efficiency, MATLAB codes were connected via MATLAB Graphic User Interface making it simple for the user to execute various topics. Owing to the demands in the Microwave Engineering field, this project is very worthy considering the future of Microwave Engineering. It can be amended from time to time as per requirements.
Project Advisor - Prof. Raghuvir Tomar.
Summer Internship (May - June, 2012) in "ARCELORMITTAL STEEL PLANT" based at TEMIRTAU,KAZAKHSTHAN.
Summer Internship (May - June, 2012) in "ARCELORMITTAL STEEL PLANT" based at TEMIRTAU,KAZAKHSTHAN.
Project on: 'Modernization and Automation of Bar Mill'. Bar Mill is a part of Steel Plant where Steel Bars are produced from Iron Billets. In the process of production, there is a cooling station. My team's job was to perform the automation of the cooling station using Siemen's 'Step - 7' Language.
Project Guide - Er. Evgeniy Volokitin.
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