Network Management for Mission-Oriented and Tactical Networks
National Science Foundation I/UCRC for Space, High-Performance, and Resilient Computing. (SHREC)
Project Sponsor: – MIT Lincoln Labs
Project Goal: Secure networking and multimedia control for C5ISR environments; dynamic management of heterogeneous application requirements for mission-oriented and tactical networks.
- Submitted: Nagaraj, K. Starke, A., Z. Nie, and McNair, J., “MALCAD: Machine Learning based Cyber Attack Detection for Mobile Tactical Networks,” submitted November 2020.
- Starke, Allen and Nei, Zixiang and Hodges, Morgan and Baker, Corey and McNair, Janise, “Denial of Service Detection & Mitigation Scheme Using Responsive Autonomic Virtual Networks (RAvN),” IEEE Military Communications Conference, MILCOM, pp. 1-6, November 2019.
Project Sponsor: Renaissance Associates
Project Goal: Increased efficiency and security in 5G wireless systems
Project Sponsor: Terry Consultants, Inc.
Project Goal: Secure wireless communications for C5ISR environments
Adaptive Management and Control for Reliable and Resilient WDM LANs
Project Sponsor: NAVAIR/MITRE
Time-Sensitive Networks (TSNs) are a crucial component in mission-centered computing. A key challenge is the need to synchronize transmissions among heterogeneous multimedia network traffic with varying quality of service (QoS) constraints. Test bed and the corresponding studies of traffic performance using TTTech technology.
- A. Starke, M. Ford, D. Kumar, J. McNair, and A. Bell, “A Test Bed Study of Network Determinism for Heterogeneous Traffic Using Time-Triggered Ethernet,” IEEE Military Communications Conference (MILCOM), Baltimore, MD, October 23-25, 2017.
- A. Starke, D. Kumar, M. Ford, J. McNair, A. George, “A Survey and Comparison of Leading Edge Space Networking Protocols,” Government Microcircuit Applications and Critical Technology Conference, GoMACTech, March 2016.