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Research

Publications

Resume

Teaching:

   ENEE426

   ENTS689L

  • Design, Modeling and Optimization of Wireless Networks

    • Fixed point and Loss Models for MANET

    • Component Based Routing

    • Global optimization algorithms for crosslayer design

  • Scheduling and QoS Provisioning for Input-Buffered Switches

    • Fabric on Chip

    • Deterministic Scheduling Algorithms

    • Self-Randomized Scheduling Algorithms  

  • Overlay Networks Applications

    • Differentiated Traffic Engineering for QoS Provisioning

    • Robust Routing for Unpredictable Traffic Demands

  • Complex Software Systems

    • Study and design of parallel direct search algorithms for online parameter tuning.

    • Performance Modeling for Complex Software Systems.

    • Autonomic Fault Diagnosis for Software Systems

  • Benchmarking for Switch Fabrics

  • Scheduling and MAC Algorithms for QoS Provisioning

    • MAC layer and scheduling algorithms for WLAN (802.11) and Fixed Wireless (802.16) systems

    • MAC layer and scheduling algorithms for next generation cable modem systems