DEEP MEDHI Professor Computer Science & Electrical Engineering (CSEE) Department School of Computing and Engineering University of Missouri - Kansas City 5100 Rockhill Road Kansas City, MO 64110-2499 USA Voice:+1.816 235-2006 (or 2996, lab) Fax: + 1 816-235-5159 Email: dmedhiATumkcDOTedu Education Professional Experience Research Publications Grants Honors Membership Teaching/Students Prospective Students Networking/ Telecom Research Lab at UMKC MISC   Teaching Students Current Ph.D. Students: Iyad Katib, Haiyang Qian, Kevin Burger, Plarent Tirana (ABD), Charlie Zhao (ABD). Current MS Student: Jignesh Patel, Jorge Rodriguez. Recent Undergraduate Student: Shaun Walker (supported by UMKC SEARCH program) Recent Visitor: Hua Qin (Beijing University of Technology) Recent Ph.D. graduates: Gaurav Agrawal, July 2007. Dissertation Title: "Lightpath Topology Configuration for Wavelength-routed IP/MPLS Networks in a Multi-Layered Environment: Integrated Models, Algorithms, and Analysis". Current Affiliation: IP Infusion, San Jose, California. Amit Sinha, July 2007. Dissertation Title: "Methodologies and Analyses of Broadband Access Network Traffic". Current Affiliation: Cisco Systems, San Jose, CA. Balaji Krithikaivasan, May 2006. Dissertation Title: "Forecasting Models and Adaptive Quantized Bandwidth Provisioning for Nonstationary Network Traffic". (deceased). Complete list of PhD and MS students. Teaching Fall'07 Semester (August 20, 2007 - December 14, 2007) Schedule: CS 5526 (Network Routing), Tu/Th, 3:30PM-4:45PM CS 191 (Discrete Structures-I), Tu/Th, 12:30PM-1:45PM Office Hours: Tu/Th 2:00PM-3:15PM (or, by appointment) Courses Taught (*new courses/content developed) *CS590AC: Special Topics: Advanced Computing System Design (graduate level) (co-instructor) *CS420: Introductory Network Models (advanced undergraduate). *CS690Z: Special Topics in Access Networking (advanced Graduate level) *CS590P: Special Topics: IP Telephony (advanced graduate level) *CS526: Network Routing [in Computer-Communication Networks] (advanced graduate level) *CS521: Network Architecture - II (advanced graduate level) (originally taught as CS 590W: Recent Topics in Internetworking) *CS522: Computer Networks: Design and Analysis (graduate level) *CS590T: ATM Networks and Internetworking (graduate level) *CS520: Network Architecture - I (graduate level) CS421: Foundations of Data Networks (advanced undergraduate/graduate level) CS411: Introduction to Telecomm Networks (advanced undergraduate/graduate level) CS481: Computer Architecture (advanced undergraduate level) Linear Programming Algorithms [CS525, taught at UW-Madison] (advanced undergraduate/graduate level) When is shortest path routing may not necessarily be a good idea?