| Research: |
I recently joined Prof. Ben Liblit's group. Our research goal is to extend
Cooperative Bug Isolation (CBI) techniques to
Message Passing Interface (MPI) applications.
We plan to explore combining dynamic information gathered from CBI instrumentation with runtime (e.g.
STAT) and static (e.g.
slicing) analyses to create next
generation debugging tools for parallel programs. This work is in collaboration with the
Center for Applied Scientific Computing (CASC) at
Lawrence Livermore National Laboratory (LLNL).
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| Current Semester: |
CS 899 - Independent Study
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| Classes Taken: |
CS 540 - Artificial Intelligence
CS 576 - Bioinformatics
CS 706 - Analysis of Software Artifacts
CS 719 - Stochastic Programming
CS 731 - Advanced Artificial Intelligence
CS 760 - Machine Learning
CS 766 - Computer Vision
CS 769 - Natural Language Processing
CS 776 - Bioinformatics
CS 838 - Biologically-Inspired Computing
CS 838 - Topics in Model Checking
Biochem 507 - General Biochemistry I
Biochem 508 - General Biochemistry II
Biochem 601 - Structure and Function of Proteins and Enzymes
Biochem 630 - Cellular Signal Transduction Mechanisms
Biochem 906 - Modeling for Biochemical Systems
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| Classes Taught: |
CS 302 - Introduction to Programming (Lecturer)
CS 540 - Artificial Intelligence (TA)
CS 576 - Bioinformatics (TA)
CS 766 - Computer Vision (TA)
CS 776 - Bioinformatics (TA)
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| Previous Work: |
Google Summer of Code (2010)
Respiratory Rhythm Generation (2006-2009)
Nuclear Experimental Physics (2001-2006)
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