MIL - The University of Tennessee
the university of tennessee machine intelligence lab
  
Michael Kanane, Visiting Researcher
  
Science and Engineering Facility Room 213
1414 Circle Drive
University of Tennessee
Knoxville, TN 37996-2100
  
Research Fabric on a Chip (FoC) 
  
  High-Performance Packet Switching Architectures
  Michael Kahane has been assisting the group develop efficient FPGA-based architectures for both machine learning and networking applications.
  
Selected Publications
  
[1]     I. Elhanany, O. Arazi, M. Kahane, "Virtual Input Queued Switches with Non-Uniform Arrivals and Bursty Service," Proc. 11th IEEE International Conference on Electronics, Circuits and Systems (ICECS) 2004, Dec. 13-15, Tel-Aviv, Israel, December, 2005 [pdf]
[2]     I. Elhanany, M. Kahane, "Heterogeneous Bursty Traffic Dispersion over Multiple Server Clusters," Communication Letters, Vol. 9, No. 3, pp. 261-263, March, 2005 [pdf]
[3]     M. Kahane, U. Barzilai, I. Elhanany, "CWT: An Efficient Queue Urgency Metric with Application to High-Speed Packet Switching," Proc. 13th IEEE International Conference on Computer Communications and Networks (ICCCN) 2004, October, 2004 [pdf]
[4]     I. Elhanany, M. Kahane, "On the Performance of Bursty Traffic Dispersion over Multiple Server Clusters," IEEE Conference on Networking (ICN), March, 2004 [pdf]
[5]     I. Elhanany, M. Kahane, D. Sadot, "On Uniformly Distributed ON/OFF Arrivals in Virtual Output Queued Switches with Geometric Service Times," Proc. IEEE Conference on Communications (ICC) 2003, Alaska, June, 2003 [pdf]
[6]     I. Elhanany, M. Kahane, D. Sadot, "A Performance Study of Virtual Output Queued Switches with Heterogeneous Bursty Traffic," Proc. IEEE High-Performance Switching and Routing Conference (HPSR) 2003, Torino, Italy., May, 2003 [pdf]
[7]     I. Elhanany, M. Kahane, D. Sadot, "Packet-Scheduling in Next-Generation Multi-Terabit Networks," IEEE Computer Magazine, pp. 104-106, No. 34, Vol. 4, April, 2001 [pdf]
[8]     I. Elhanany, S. Jacobi, M. Kahane, E. Markus, D. Tirosh, D. Barak, "A Novel Architecture for Digital Pulse Height Analysis with Applications to Radiation Spectroscopy," Proc. 7th IEEE Mediterranean Conference on Control and Automation (MED'99), pp. 2143-2151, June, 1999 [pdf]