Building Adaptive and Agile Applications Using Intrusion Detection and Response. - Joseph P. Loyall; Partha P. Pal; Richard E. Schantz; Franklin Webber (NDSS, 2000)

Survival by defense-enabling. - Partha P. Pal; Franklin Webber; Richard E. Schantz (NSPW, 2001)

Protecting Applications Against Malice Using AdaptiveMiddleware. - Richard E. Schantz; Franklin Webber; Partha P. Pal; Joseph P. Loyall; Douglas C. Schmidt (Certification and Security in E-Services, 2002)

Adaptive Use of Network-Centric Mechanisms in Cyber-Defense. - Michael Atighetchi; Partha P. Pal; Franklin Webber; Christopher C. Jones (ISORC, 2003)

Adaptive Cyberdefense for Survival and Intrusion Tolerance. - Michael Atighetchi; Partha P. Pal; Franklin Webber; Richard E. Schantz; Christopher C. Jones; Joseph P. Loyall (IEEE Internet Comput., 2004)

Survivability Architecture of a Mission Critical System: The DPASA Example. - Jennifer Chong; Partha P. Pal; Michael Atighetchi; Paul Rubel; Franklin Webber (ACSAC, 2005)

Trust Assessment from Observed Behavior: Toward and Essential Service for Trusted Network Computing. - Partha P. Pal; Franklin Webber; Michael Atighetchi; Nate Combs (NCA, 2006)

An architecture for adaptive intrusion-tolerant applications. - Partha P. Pal; Paul Rubel; Michael Atighetchi; Franklin Webber; William H. Sanders; Mouna Seri; HariGovind V. Ramasamy; James Lyons; Tod Courtney; Adnan Agbaria; Michel Cukier; Jeanna M. Gossett; et al. (Softw. Pract. Exp., 2006)

Using a Cognitive Architecture to Automate Cyberdefense Reasoning. - D. Paul Benjamin; Partha P. Pal; Franklin Webber; Paul Rubel; Mike Atigetchi (BLISS, 2008)

An abstract interface for cyber-defense mechanisms. - Franklin Webber; Partha P. Pal; Paul Rubel; Michael Atighetchi (CSIIRW, 2008)

Anomaly and Specification Based Cognitive Approach for Mission-Level Detection and Response. - Paul Rubel; Partha P. Pal; Michael Atighetchi; D. Paul Benjamin; Franklin Webber (RAID, 2008)