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Uncoordinated

The research in this proposal aimed at bringing together multiple facets of communication networks pertaining to physical layer access in uncoordinated settings. In particular, devices or nodes in a network often have to account for multi-user interference mitigation, maintain energy by using sources of harvest, and o er improved physical layer security and privacy in presence of eavesdropping and spoo ng. While the extended goal of merging the respective solutions in these elds together for a complete physical layer network solution was the long term ambition behind the proposal, the listed objectives aimed at solving the individual research problems and explore their connections.



1.

Secrecy Outage of a Cognitive Radio Network with Selection of Energy Harvesting Relay and Imperfect CSI
Pranabesh Maji; Binod Prasad; Sanjay Dhar Roy; Sumit Kundu; Wireless Personal Communications;2018

2.

A comprehensive framework for Double Spatial Modulation under imperfect channel state information
Goutham Simha G.D., Shriharsha K. , Raghavendra M.A.N.S., U. Shripathi Acharya; Physical Communication 25;2017

3.

Secure computation of randomized functions: Further results
Deepesh Data, Vinod M. Prabhakaran ; ?2017 IEEE Information Theory Workshop (ITW);2017

4.

Signal constellations employing multiplicative groups of Gaussian and Eisenstein integers for Enhanced Spatial Modulation
Goutham Simha G.D., Raghavendra M.A.N.S., Shriharsha K, U. Shripathi Acharya; Physical Communication;2017

5.

Coding for Arbitrarily Varying Remote Sources
Amitalok J. Budkuley?;?Bikash Kumar Dey?;?Vinod M. Prabhakaran; 2017 IEEE International Symposium on Information Theory (ISIT);2017

6.

Function Computation through a Bidirectional Relay
Jithin Ravi and Bikash Kumar Dey; ?IEEE Transactions on Information Theory?;2016

7.

An LP Characterization of the Secret-message Capacity of Three Erasure Networks With Feedback
Laszlo Czap, Vinod M. Prabhakaran, Christina Fragouli, Suhas N. Diggavi; IEEE TRANSACTIONS ON INFORMATION THEORY;2016

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