Project Description
DISTINCT is a 3-year collaborative project between University of North Carolina, North Carolina State University, and University of South Florida. It is funded via the NSF US Ignite program with a starting date Sep. 1, 2015 and aims at developing a transformative distributed networked control system for the wide area power grid system.
Project Publications
- A Truthful Online Auction Mechanism for Deadline-Aware Cloud Resource Allocation
- Distributed Implementation of Wide-Area Monitoring Algorithms for Power Systems Using a US-Wide ExoGENI-WAMS Testbe
- Routing Path Optimization for Regulat- ing Delays in Wide-Area Controllers Implemented over Cloud Networks
- SDN Security Review: Threat Taxonomy, Implications, and Open Challenges
- QoSP: A priority-based queueing mechanism in software-defined networking environments
- A priority-based queueing mechanism in software-defined networking environments
- Secure software-defined networking communication systems for smart cities: Current status, challenges, and trends
- Prototyping an sdn control framework for qos guarantees
- Latencysmasher: a software-defined networking-based framework for end-to-end latency optimization
- Online Tuning of Cloud-based Wide-Area Controllers with Variations in Network Traffic
- A distributed cloud-based wide-area controller with SDN-enabled delay optimization
