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Office: 3101Q Shelby Center |
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Ph.D., Texas A & M University , 1999 Networking; Wireless Networking; Mobile Computing; Distributed systems; Computer Architecture; TCP issues over wireless networks. Current research includes routing protocols for adhoc networks over bluetooth and performance of transport protocols over Bluetooth technology. |
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Office: 3127G Shelby Center |
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Ph.D., Cornell University, 1994 VLSI CAD tool design; formal methods; high level synthesis; history of computing; wireless security. He is a major professor for the "Better Tools and Better Interfaces for Hardware-Software Codesign" and "Efficient, Formally Verified Tools for High Level Synthesis and Hardware-Software Codesign" research projects. |
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Office: 3101D Shelby Center |
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Ph.D., Texas A&M, 1996 Computer and Network Security, Software Vulnerability Analysis, Simulation of Computer Networks, Software Engineering, Software Architectures, Computer Networking, Distributed Computing. |
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Office: 3127B Shelby Center |
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Ph.D., Auburn University, 1996 Software engineering; software visualization; software metrics; reverse engineering; program understanding; markup languages; programming languages; secure software development. His current research includes the GRASP Project. |
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Office: 3108 Shelby Center |
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Ph.D., University of Southern California, 2007 Spacial/temporal data management; mobile data management; information security and privacy; location-based services; peer-to-peer systems; geographic information systems. |
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Office: 3110 Shelby Center |
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Ph.D., University of Wisconsin-Madison, 1993 Wireless networks; high performance networks; mobile computing and databases; reliable and dynamically reconfigurable distributed systems; complex software development; parallel processing; performance measurements and analysis. |
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Office: 3101E Shelby Center |
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Ph.D., University of Nebraska-Lincoln, 2004 Parallel and distributed systems, real-time computing, storage systems, computer security, fault tolerance, performance evaluation. Current research includes energy-efficient parallel disk systems and reliability models of fault-tolerant storage systems. |
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Office: 3127E Shelby Center |
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Ph.D., Texas A&M University, 1987 Software engineering; software processes; software design; object-oriented technologies; palm computing; software engineering education; project simulation; secure software development. |