| 2017 | ITA | A comparison of two methods for fountain-coded file distribution in an ad hoc network with relays. | Siddhartha S. Borkotoky, Michael B. Pursley |
| 2016 | ITA | Network-coded file distribution in an ad hoc relay network. | Siddhartha S. Borkotoky, Michael B. Pursley |
| 2015 | ITA | Some results on two forms of erasure-correction coding for packet radio networks. | Siddhartha S. Borkotoky, Michael C. Dowling, Michael B. Pursley |
| 2014 | ITA | Sub-baud coding: James L. Massey and early research on sequences for spread spectrum. | Michael B. Pursley, Dilip V. Sarwate |
| 2013 | ITA | Insights from the use of Shannon's codes in adaptive multicast transmission protocols. | Jason D. Ellis, Michael B. Pursley |
| 2012 | ITA | Analytical evaluation of adaptive coding for Markov models of Nakagami fading. | Jason D. Ellis, Michael A. Juang, Michael B. Pursley |
| 2010 | GLOBECOM | Information-Theoretic Methods for the Design and Evaluation of Adaptive Protocols for Direct-Sequence Spread-Spectrum Transmissions. | Steven W. Boyd, Michael B. Pursley |
| 2010 | GLOBECOM | An Information-Theoretic Approach to Resource Consumption Minimization for Dynamic Spectrum Access Networks. | Michael B. Pursley, Thomas C. Royster IV |
| 2009 | GLOBECOM | Receiver Statistics for Spectrum Monitoring While Communicating. | Steven W. Boyd, J. Michael Frye, Michael B. Pursley, Thomas C. Royster IV |
| 2008 | ISIT | Shannon bounds on the throughput for Gaussian, bi-level, block interference channels. | Michael B. Pursley, Thomas C. Royster IV |
| 2004 | WCNC | Energy-efficient routing in multimedia ad hoc networks. | Michael B. Pursley, Harlan B. Russell, Jeffrey S. Wysocarski |
| 2002 | WCNC | Adaptive protocols for energy-efficient spread-spectrum wireless networks. | Michael B. Pursley, Harlan B. Russell, Jeffrey S. Wysocarski |
| 2002 | WCNC | Alt-forwarding in mobile frequency-hop wireless networks. | Michael B. Pursley, Harlan B. Russell, Jeffrey S. Wysocarski |
| 2000 | WCNC | Energy-efficient routing in frequency-hop radio networks with partial-band interference. | Michael B. Pursley, Harlan B. Russell, Jeffrey S. Wysocarski |