Dr. Prasun Ghosal is currently an Associate Professor in the Department of IT, IIEST, Shibpur, India. He has visited the University of North Texas, the USA (2013 - 2014 under Raman PDF, GOI) and the University of Heidelberg, Germany (2013 under HLFF PDF). His research is in Performance Centric, Power-Aware Nanoscale Computing, and Electronic System Design. His research has been funded by MHRD (GoI), SERB, AICTE, DIT, MCIT (GoI), IEI, etc. He has contributed more than 110 research articles in several peer-reviewed avenues of international journals and conferences. Besides copyright, he has also contributed to several book chapters in edited volumes from different publishers including IET, CRC press, and Springer-Verlag Berlin Heidelberg, etc.
He is a recipient of the Young Scientist Research Award 2011 from the Indian Science Congress Association, recipient of several Best Paper Awards in IEEE iNIS 2016, ICAEE - 2014 from IEEE CS, ADCONS - 2011, etc., Best Paper Award Nominee in ISVLSI - 2008.
He has served/is serving in different roles in professional circuits including the VC, Steering Committee, IEEE iNIS, as General Chair/Program Chair/Track Chair/TPC member in several conference committees including GLSVLSI, ISVLSI, NoCArc, IEEE INDICON, IEEE iNIS, ACM MobiHoc, IEEE TENSYMP, ICIT, VDAT, IEEE TechSym, as the VC, Executive Committee of the IEEE CS TCVLSI, AE, IEEE CEMag, AE, VCAL, Guest Editor, ELSEVIER Integration, The VLSI Journal, Editor, IEEE Ethics and Policy in Technology eNewsletters. He is actively involved in the activities of several professional bodies including Senior Member(ACM), Senior Member(IEEE), Life Member (IEI), CSTA(ACM), IAENG.
Broadly my research is focused on Performance Centric, Power-Aware Nanoscale Computing, and Electronic System Design. Major thrust areas are as follows.
A Life Member of the Institution of Engineers (India).
A Senior Member of the Association for Computing Machinery.
A Senior Member of the Institute of Electrical and Electronics Engineers.
Research:
Modeling and Verification of a Ribosomal Computing System
Research:
Design, Optimization and Realization of Computing Algorithms on a DNA Computer
Research:
Design and Evaluation of Photonic Networks-on-Chip for Many-core Architectures
Research:
Edge-AI Based Detection and Monitoring of Mental Stress in Humans and Providing Tailored Predicted Guidance for Healthier Living
Research:
Study and Design of NoC-Based DNN Accelerator
Research:
Study on Performance-centric Network-on-Chip Routing Architecture Optimization
Research:
System Design for AI, ML for Communications and Networking
Research:
Exploring the applicability of the Cognitive Computing Framework towards the Smart, Connected World
Created: 23 November 2019
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