Mobile, Embedded, & Wireless Security

Cross-Layer Self-Organization for Survivable Wireless Networking


Wireless mesh and ad hoc networks are now being proposed for a number of critical data collection and dissemination scenarios, including traditional data and content systems as well as cyber-physical infrastructure (e.g., Smart Grid, Internet of Things). In many of these scenarios, timely delivery of data and control messages can be as critical as the messages themselves, so traditional security mechanisms are insufficient. We thus approach the problem from the network perspective, aiming to provide fast and efficient self-organizing, self-healing, and self-reconfiguring capabilities to allow wireless systems to seamlessly manage and heal themselves. Our approaches rely on cross-layer information sharing to provide efficient and scalable solutions.

Self-Reconfiguring Network

Related Publications

  • Arjun Athreya, Harry Chan-Maestas, Edward Katz, Patrick Tague, and Bob Iannucci, "Energy-Governed Resilient Networked Systems", 11th Annual IEEE Consumer Communications and Networking Conference, Jan 2014. (best paper award) [pdf,bib]

  • Arjun Athreya, Bruce DeBruhl, and Patrick Tague, "Designing for Self-Configuration and Self-Adaptation in the Internet of Things", CollaborateCom First International Workshop on Internet of Things (C-IOT), Oct 2013. [pdf,bib]

  • Arjun Athreya and Patrick Tague, "Network Self-Organization in the Internet of Things", IEEE International Workshop on Internet-of-Things Networking and Control (IoT-NC), Jun 2013. [pdf,bib]

  • Arjun Athreya and Patrick Tague, "Self-Organization of a Mesh Hierarchy for Smart Grid Monitoring in Outage Scenarios", 4th IEEE PES Innovative Smart Grid Technologies Conference (ISGT), Feb 2013. [pdf,bib]

  • Arjun Athreya and Patrick Tague, "Survivable Smart Grid Communication: Smart-Meters Meshes to the Rescue", 1st International Workshop on Communication Technologies Support for the Smart Grid (SGCom), Jan 2012. [pdf,bib]