I am a professor in the Computer and Information Systems (CIS) department at Temple University, Philadelphia and director of the Temple site of the NSF IUCRC called CRIS (Center for Research in Intelligent Storage). Prior to this I was with Center for Secure Information Systems (CSIS) at George Mason University, Fairfax, VA and serving as a program director with the National Science Foundation (NSF) in the Computer and Networks Systems (CNS) division cluster of CISE/CNS division from 2008-2013. Prior to this, I worked for Intel Corporation on future server architectures and technologies. My recent research interests include the following:
I can be reached via phone at (215) 204-9654 and by email at kkant at temple.edu.
My other areas with significant expertise and prior/ongoing work include (a) Traffic characterization of internet and e-commerce servers, (b) Detailed platform level performance modeling, (c) Network acceleration at transport and higher layers, (d) compression technologies, and (e) peer to peer computing. Prior to joining Intel, I was with Bellcore (now Telcordia) from 1992 to 1997 where I worked on a both Operations support and Switching sides of Telecom. In particular, I worked on a variety of aspects related to Signaling System no 7 (SS7) including SS7 congestion control, link error monitoring, capacity planning and personal communications technologies. Prior to Bellcore, I was an associate professor of computer science at Penn State University (1985-1991) primarily working in areas of performance modeling and distributed systems. From 1981-1985, I was an assistant professor in the EECS department, Northwestern University, working mainly in the areas of fault-tolerance and performance modeling. In 1992, I published a graduate level textbook on performance modeling, titled Introduction to Computer Systems Performance Modeling, McGraw Hill, 1992.
I was elected a fellow of the IEEE for contributions to enterprise server performance and power management technologies and Domain Name System Robustness. In 2021, I was elected IEEE distinguished visitor. At the National Science Foundation, I represented the CISE directorate in driving the large Sustainability initiative called SEES (Science, Engineering, and Education for Sustainability) from its inception in 2010 until 2013, including the many funding programs that it produced. In 2012 I received NSF director’s award for my contributions to SEES. This site provides topic areas for some of my IEEE distinguished visitor talks.
Latest: TU-DAT (Temple University data on anomalous Traffic). This is a large labelled dataset that we created containing many driving anomalies under different weather conditions and can be used by researchers for deep learning based studies on traffic charcterization and anomaly detection and prediction. Also see our related paper in IEEE-ITS
For more detailed information please click the following links.