CS267 Assignment 0 Results: Describe a Parallel Application

• Michael Anderson (EECS) : Video Games
• Neil Thompson (Business) : Brain Simulation
• George Hines (ME) : Turbulent Flow Simulation
• Neil Bell (EECS) : SETI@ Home
• Chao-Yue Lai (EECS) : Natural Language Parser
• Erin Carson (EECS) : Simulating the Spread of Infectious Disease over Large-Scale Social Networks
• Amir Khosrowshaki (Vision Science) : Unsupervised Learning Algorithm
• Chenjie Gu (EECS) : Initial Value Problem and Circuit Simulation
• Jonathan Chu (EECS) : Simulation of Supernovae
• Matthieu Nahoum (Civil Eng) : Air Traffic Management
• Stephan Ritter (Biostatistics) : The Blue Brain Project
• Erin Summers (EECS) : Validation Study of Fundamental Properties of Type 1a Supernovae Models
• Jeffrey Donatelli (Applied Math) : Numerical Simulation of Combustion
• Tarek Rabanni (ME) : The Airspace Concept Evaluation System (ACES)
• Andrew Myers (Physics) : Adaptive Mesh Refinement in Orion
• Nicholas Knight (EECS) : Tall Skinny QR
• Rian Xie (ME) : Monte Carlo Particle Simulation algorithm
• Jiang Long (EECS) : Parallelizing SAT solvers
• Gunhoo Lee (EECS) : MapReduce
• Mosharaf Chowdhury (EECS) : BotGraph: Large Scale Spamming Botnet Detection
• Roozbeeh Mikola : Using the OpenSees Interpreter on Parallel Computers
• Benjamin Dagnon : Parallelization of MP3 Encoding
• Andrew Chemistruck (EECS) : High Fidelity Transportation Modeling for Development of Effective Evacuation Plans for the Chicago Metropolitan Area
• Scott French (Earth and Planetary Sci) : Large-scale simulation of the (an)elastic wave equation by parallel spectral element method
• Benjamin Ragan-Kelley (Applied Sci. & Tech) : Particle-in-Cell Simulation
• Siu Wong (EECS) : Computational Engine for Genomic Sequences
• Ali Sinan Koksal : Proccessing and generating large data sets using MapReduce
• Regis Blanc : Parallel Game Engine
• Javier Rosa (EECS) : Hierarchical Newton's Method in Electrical Circuit Modeling
• Richard Starfield (Env. Sci. Pol and Mgmt) : Berkeley Open Infastructure for Network Computing (BOINC)
• Kai Song (EECS) : Community Climate System Model(CCSM) in predicting Global Warming in the next 100 years
• Nicholas Jalbert (EECS) : Parallel Testing
• Andrew Krioukov (EECS) : Scalable Internet Services
• Trevor Potter : Multinodel Multithreaded Sparse QR