Representation of positive alpha-stable network traffic through levy mixtures. - Chad A. Bollmann; Murali Tummala; John C. McEachen (ACSSC, 2017)

Techniques to Improve Stable Distribution Modeling of Network Traffic. - Chad A. Bollmann; Murali Tummala; John C. McEachen; Jim Scrofani; Mark Kragh (HICSS, 2018)

Introduction to the Minitrack on Cyber Systems and Analytics. - James Scrofani; John D. Roth; Chad A. Bollmann (HICSS, 2019)

Aggregated Impulses: Towards Explanatory Models for Self-Similar Alpha Stable Network Traffic. - Jorge Gonzalez; Joshua Clymer; Chad A. Bollmann (ICSPCS, 2019)

Modeling Worm Propagation and Insider Threat in Air-Gapped Network using Modified SEIQV Model. - Jamie L. Safar; Murali Tummala; John C. McEachen; Chad A. Bollmann (ICSPCS, 2019)

Towards An Explanatory Model for Network Traffic. - Jorge Gonzalez; Joshua Clymer; Chad A. Bollmann (Sarnoff Symposium, 2019)

Introduction to the Minitrack on The Science and Engineering of Cyber Systems. - John D. Roth; James Scrofani; Chad A. Bollmann (HICSS, 2020)

A Novel Lévy-Impulse Mixture Based Connection Model for Computer Network Traffic. - Jamie L. Safar; Chad A. Bollmann; Murali Tummala; John C. McEachen (ICSPCS, 2020)

Introduction to the Minitrack on Cyber Systems: Their Science, Engineering, and Security. - James Scrofani; Chad A. Bollmann; John D. Roth; Britta Hale (HICSS, 2021)

A Novel Adaptable Framework for Covert Communications in Anonymized Protocols. - Vikram Kanth; Chad A. Bollmann; Murali Tummala; John C. McEachen (MILCOM, 2021)

Spoofed Networks: Exploitation of GNSS Security Vulnerability in 4G and 5G Mobile Networks. - Matthew Lanoue; James Bret Michael; Chad A. Bollmann (SPECTS, 2021)

Resilient real-time network anomaly detection using novel non-parametric statistical tests. - Chad A. Bollmann; Murali Tummala; John C. McEachen (Comput. Secur., 2021)

An Attack Vector Taxonomy for Mobile Telephony Security Vulnerabilities. - Matthew Lanoue; Chad A. Bollmann; James Bret Michael; John D. Roth; Duminda Wijesekera (Computer, 2021)

Self-similarity based network anomaly detection for industrial control systems. - Bryan Martin; Chad A. Bollmann (CNS, 2023)

Introduction to the Minitrack on Cyber Systems: Their Science, Engineering, and Security. - Britta Hale; James Scrofani; Chad A. Bollmann (HICSS, 2023)

Self-Similarity of Traffic Within a 5G Standalone Network. - Bryan Martin; Jacob Snyder; Chad A. Bollmann (ICUFN, 2023)

Characterizing Changes in Self-Similarity Between Edge and Core Network Traffic. - Bryan Martin; Chad A. Bollmann (LCN, 2023)

Introduction to the Minitrack on Critical Infrastructure and Cyber Systems. - Britta Hale; Nick Tsamis; James Scrofani; Chad A. Bollmann (HICSS, 2024)