Narayan, Prakash
The Institute for Systems Research
Prakash Narayan received the Bachelor of Technology degree in Electrical Engineering from the Indian Institute of Technology, Madras in 1976, and the M.S. and D.Sc. degrees in Systems Science and Mathematics, and Electrical Engineering, respectively, from Washington University, St. Louis, MO., in 1978 and 1981.
He is Professor of Electrical and Computer Engineering at the University of Maryland, College Park, with a joint appointment at the Institute for Systems Research. He is also a founding member of the Maryland Hybrid Networks Center (formerly the Center for Satellite and Hybrid Communication Networks), a NASA Commercial Space Center. He has held visiting appointments at ETH, Zurich; the Technion, Haifa; the Renyi Institute of the Hungarian Academy of Sciences, Budapest; the University of Bielefeld; the Institute of Biomedical Engineering (formerly LADSEB), Padova; and the Indian Institute of Science, Bangalore.
Dr. Narayan currently serves on the Board of Governors of the IEEE Information Theory Society. He has served as Associate Editor for Shannon Theory for the IEEE Transactions on Information Theory; Co-Organizer of the IEEE Workshop on Multi-User Information Theory and Systems, VA (1983); Technical Program Chair of the IEEE/IMS Workshop on Information Theory and Statistics, VA (1994); General Co-Chair of the IEEE International Symposium on Information Theory, Washington, D.C. (2001); and Technical Program Co-Chair of the IEEE Information Theory Workshop, Bangalore (2002).
He is a Fellow of the IEEE.
• IEEE Fellow
• NSF Research Initiation Award (1982)
• Editorial Board, IEEE Transactions on Information Theory (2000 - 2003)
Multiuser information theory and coding for communications networks, information theoretic security, communication theory, information theory and statistics, and communication networks. Current research projects include studies of: connections between common randomness generation by multiple terminals, network secret key generation, and combinatorial tree packing in multigraphs; secure function computation; reliable communication over hybrid radio frequency and free space optical communication systems; and sampling-quantization-distortion tradeoffs in thermal profile estimation for multicore processor chips.
Narayan receives NSF funding for shared information work
The research could have implications for communication networks in smart homes, reconstructing satellite images, and automated guided vehicles and drone swarm messaging protocols.Congratulations May 2023 ISR graduates!
Here's a list of May graduates with ISR ties---at all degree levels.Forthcoming information-theoretic cryptography book co-written by alum Tyagi and former visitor Watanabe
The publishing date is June 2023.Sagnik Bhattacharya named a Future Faculty Fellow
The Clark School program prepares Ph.D. students for careers in academia.ISR gives awards to Professor Richard La, four graduate students
ISR's annual awards ceremony was held on the Iribe Building's cantilever plaza.Alum Himanshu Tyagi promoted to Associate Professor at Indian Institute of Science
The former student of Prakash Narayan has research interests in information theory to security, interactive communication and statistical learning.Alum Himanshu Tyagi wins 2020 INSA Medal for Young Scientists
The Indian National Science Academy awards the medal for promise, creativity and excellence in a young scientist.David L. Elliott: An Appreciation
Dr. Elliott, a longtime ISR senior visiting faculty member, passed away on July 2, 2020Narayan is PI for NSF information-theoretic signal processing sampling research grant
Research has implications for smart home sensors, aerial surveillance, computer vision and social networks.Narayan and students publish three articles in IEEE Transactions on Information Theory
Articles were written on spatial sampling, sampling rate distortion and data privacy.ECE Names 2016-2017 Distinguished Dissertation Fellows
Five Electrical and Computer Engineering Ph.D. students were selected as ECE Distinguished Dissertation Fellows for 2016-17.Narayan, Zhou, Schlotfeldt, Strahan win ISR outstanding awards
ISR confers awards of excellence in its annual ceremony.Subramanian and Wheeler win 2015 ISR awards
Graduate student and staff member honored at annual ceremony.New NSF-funded project targets secure and private function computation
Narayan, Tyagi and Watanabe will take an information theoretic approach to multiple terminal data computation.Shun Watanabe joins Tokyo University of Agriculture and Technology
Former visitor worked with Prakash Narayan on network information theory.Alum Himanshu Tyagi joins Indian Institute of Science
Former student of Prakash Narayan is tenure-track assistant professor.Narayan, Martins participate in BIRS decentralized systems workshop
The invited workshop addressed decentralized decision-making.Srivastava, Dey, Mirsky, King win 2014 ISR Awards
Awards honor outstanding faculty, graduate and undergraduate students, and staff.Narayan is PI for NSF sampling rate distortion grant
The research will characterize fundamental performance limits of optimum sampling and lossy compression rates and their interplay.ECE Names 2011-2012 Distinguished Dissertation Fellows
Ekrem, Ropp, Shroff, and Tyagi recognized for research excellence in their dissertations.Narayan is PI for NSF network function computation grant
Research will address the theory and design of algorithms for an efficient local computation by multiple network terminals.Arya Mazumdar wins information theory student paper prize
Ph.D. student wins for paper co-written with advisor Alexander Barg.Seven ECE Students Named Future Faculty Fellows
Ph.D. students chosen to participate in Clark School program designed to prepare future professors.Srivastava, Narayan Receive New NSF Research Grant
Thermal management research seeks to improve performance and reliability of multi-core processors.Fourteen ISR-affiliated students receive Ph.D.s
Congratulations to our ISR-affiliated doctoral graduates!NSF grant for Narayan funds 'common randomness' research
Applications include source and channel coding, security in emerging wireless technologies.ISR alum Sanjeev Khudanpur earns tenure
Khudanpur has been promoted to Associate Professor at Johns Hopkins University.Five ISR communication researchers featured in E@M magazine
Cover story features Professors Ulukus, Ephremides, Narayan, Liu and LaISR alum Gubner author of new book on probability and random processes
Former student of Prakash Narayan now University of Wisconsin associate professorBarg receives NSF theoretic analysis grant
Research involves information theory and code design for digital fingerprinting.InterDigital becomes ISR strategic partner
Company to collaborate with Professors Narayan, BargNarayan earns NSF grants for wireless research
Research focuses on free-space optical and radio frequency wireless hybrid communication systems.Narayan awarded NSF grant for secret key generation
Novel approach will achieve integrity, authentication and privacy among the nodes of a networkFaculty participating in three different MURI awards
Research includes networked control systems, hybrid smart materials and radiofrequency pulsesInstitute of Electrical and Electronics Engineers (IEEE)
- Fellow, 2001
- NSF: Shared Information: Theory and Applications
- NSF CIF: Reconstructing Multiple Sources by Spatial Sampling and Compression
- NSF CIF: Secure and Private Function Computation by Interactive Communication
- Sampling Rate Distortion
- Common Randomness, Multiuser Secrecy and Tree Packing
- NSF CIF: Information Theoretic Multi-Core Processor Thermal Profile Estimation
- Sampling Rate Distortion: Global Inference from Partial Measurements
- Information theory and applications
- Information Theoretic Network Secret Key Generation
- Secret Key Generation for Correlated Gaussian Sources
- Information Theoretic Network Secret Key Generation
- Optical Alignment for Intersatellite Optical Communication
- On Reliable Communication over RF and Optical Wireless Channels
- Optimal Detection of OOK Signals over Free Space Optical Channels