| 2012 | HPSR | Scalable per-flow resource management for large hierarchical networks. | Irena Atov, Charlie Kaufman, Radia J. Perlman |
| 2011 | COMSNETS | Hierarchical networks with Byzantine Robustness. | Radia J. Perlman, Charlie Kaufman |
| 2010 | SIGCOMM | Protocol design for effective communication among silicon or carbon-based nodes. | Radia J. Perlman |
| 2010 | SecureComm | FADE: Secure Overlay Cloud Storage with File Assured Deletion. | Yang Tang, Patrick P. C. Lee, John C. S. Lui, Radia J. Perlman |
| 2007 | NDSS | File System Design with Assured Delete. | Radia J. Perlman |
| 2006 | USENIX | Routing Without Tears, Bridging Without Danger. | Radia J. Perlman |
| 2004 | INFOCOM | Rbridges: Transparent Routing. | Radia J. Perlman |
| 2003 | CCS | DoS protection for UDP-based protocols. | Charlie Kaufman, Radia J. Perlman, Bill Sommerfeld |
| 2002 | LCN | Deadlock-Free Routing Based on Ordered Links. | Dah-Ming Chiu, Miriam Kadansky, Radia J. Perlman, John Reynders, Guy L. Steele Jr., Murat Yuksel |
| 2002 | LCN | Mythology and Folklore of Network Protocols. | Radia J. Perlman |
| 2001 | NDSS | Building Certifications Paths: Forward vs. Reverse. | Yassir Elley, Anne H. Anderson, Steve Hanna, Sean Mullan, Radia J. Perlman, Seth Proctor |
| 2001 | WETICE | Analysis of the IPSec Key Exchange Standard. | Radia J. Perlman, Charlie Kaufman |
| 1999 | NDSS | Secure Password-Based Protocol for Downloading a Private Key. | Radia J. Perlman, Charlie Kaufman |
| 1988 | SIGCOMM | Pitfalls in the design of distributed routing algorithms. | Radia J. Perlman, George Varghese |
| 1985 | SIGCOMM | An algorithm for distributed computation of a spanningtree in an extended LAN. | Radia J. Perlman |
| 1985 | SIGCOMM | Directory services/IBM versus CCITT (panel session, title only). | Radia J. Perlman, E. Stecher, P. Karp |
| 1983 | INFOCOM | Fault-Tolerant Broadcast of Routing Information. | Radia J. Perlman |
| 1983 | SIGCOMM | Incorporation of multiaccess links into a routing protocol. | Radia J. Perlman |
| 1981 | SIGCOMM | Incorporation of service classes into a network architecture. | Radia J. Perlman |