For convenience, Google

A Little Bit of History
here...

Recent Talks
How to waste 2/3 of the throughput of a switch, Brooklyn Poly ECE

Load balancing in a switch and three properties: throughput, reordering, and starvation, Graduate Center of CUNY.

RNA-RNA interaction: formulation, NP-completeness, and approximations, Graduate Center of CUNY.

Research
My interests include algorithms for fast network switches, optical routing, graph problems, and biology.
Here's a list of my recent publications.

Projects
- Speedup requirements of switching algorithms for single stage crossbar switches with throughput guarantees.
- Properties of load balancing policies and their effect on Reordering, Starvation, and Throughput.
- Load balancing with unsplittable flows and application to resource management.
- Efficient algorithms for deflection routing.
- Modeling and analysis of telomere aging and telomerase.
- Genome rearrangement algorithms.
- RNA-RNA interaction algorithms.

Courses
CSCI 120 Introduction to Computers, Summer 2006
CSCI 415 Data Communication Networks, Fall 2006
CSCI 135 Software Design and Analysis I, Fall 2006
A computational biology course I gave at SMU