Ongoing Projects
- NSF CRI: Collaborative Research: Building the Next-Generation Global Routing Monitoring System
- NSF eFIT: Enabling Future Internet Innovation via Transit Wire
- SNAP: Sensor Networks for Assessment of Patients
- PATRICIA: Passive and Active Traffic Regulation using Covered IP Addresses
The project is a joint 3-year development effort among Advanced Network Technology Center (ANTC) at the University of Oregon, Colorado State University, University of Memphis, and University of California at Los Angeles to build the next generation of the Route Views system.
eFIT is a new Internet architecture designed to address serious challenges in scalability, stability and security facing today's global routing infrastructure. It is proposed by a team of researchers at UCLA, Colorado State University, University of Arizona, and University of Memphis.
Traditional methods of monitoring the health of patients have usually involved the use of bulky equipment that confines the patient to a limited area. However, recent advances in sensor tech have enabled the development of small, lightweight medical sensors such as pulse oximeters and EKGs that can be worn by the patient while wirelessly transmitting their data. The aim of this work is to develop an architecture for the effective deployment of such a system, and to evaluate this architecture via implementation on a preliminary testbed.
The increasing feasibility of launching large-scale network attacks poses serious threats to the Internet. We propose the framework PATRICIA to eliminate and throttle possibly undesirable traffic generated by malicious or mischievous users. In the proposed scheme, any data transmissions to protected hosts must be approved by a designated traffic regulator located in the edge network, and data packets are verified by routers for maximum protection. In addition, PATRICIA protects legitimate control traffic against DoS attacks and minimizes collusion among attackers.
My old projects are here.