GraphLab: A New Framework For Parallel Machine Learning Yucheng Low Carnegie Mellon University

Source URL: select.cs.cmu.edu

• Graph theory
• Concurrent computing
• Mathematics
• Parallel computing
• Distributed computing architecture
• NP-complete problems
• Graph connectivity
• MapReduce
• Speedup
• Graph coloring
• Spanning tree
• Graph partition

10th International Society for Music Information Retrieval Conference (ISMIRACCELERATING NON-NEGATIVE MATRIX FACTORIZATION FOR AUDIO SOURCE SEPARATION ON MULTI-CORE AND MANY-CORE ARCHITECTURES Eric Battenberg

Source URL: www.ericbattenberg.com

• Concurrent computing
• Computing
• Parallel computing
• Computer programming
• OpenMP
• Thread
• CUDA
• Basic Linear Algebra Subprograms
• OpenCL
• Non-negative matrix factorization
• Map
• Speedup

Transformer: A Functional-Driven Cycle-Accurate Multicore Simulator Zhenman Fang1,2 , Qinghao Min2 , Keyong Zhou2 , Yi Lu2 , Yibin Hu2 , Weihua Zhang2 , Haibo Chen3 , Jian Li4 , Binyu Zang2 1 The State Key Lab of ASIC &

Source URL: ipads.se.sjtu.edu.cn

• Parallel computing
• Central processing unit
• Computer architecture
• Instruction set architectures
• Microprocessors
• CPU cache
• Computer architecture simulator
• ARM architecture
• Multi-core processor
• Speedup
• Emulator
• Microcode

Energy Proportionality and Workload Consolidation for Latency-critical Applications George Prekas1 , Mia Primorac1 , Adam Belay2 , Christos Kozyrakis2 , Edouard Bugnion1 1 EPFL Abstract

Source URL: www.scs.stanford.edu

• Parallel computing
• Computer performance
• Energy proportional computing
• Network performance
• Scheduling
• Throughput
• Speedup
• Latency
• Multi-core processor
• Hyper-threading
• Forwarding plane
• Packet processing

Speedup Ruby Interpreter Koichi Sasada <> Speedup Ruby interpreter, Koichi Sasada,

Source URL: www.atdot.net

• Ruby
• Koichi Sasada
• YARV
• Heroku
• Interpreter
• Kichi

Towards Understanding Superlinear Speedup by Distillation Neil D. Jones Computer Science Department University of Copenhagen 2100 Copenhagen, Denmark

Source URL: meta2014.pereslavl.ru

Dancing with Uncertainty Sasa Misailovic Stelios Sidiroglou Martin C. Rinard

Source URL: people.csail.mit.edu

• Parallel computing
• Compiler optimizations
• Analysis of parallel algorithms
• Automatic parallelization
• Speedup
• Reliability engineering
• Algorithm
• Floating point
• Thread

Superlinear Speedup by Program Transformation (meta 2012)

Source URL: meta2012.pereslavl.ru

Run and Be Safe: Mixed-Criticality Scheduling with Temporary Processor Speedup Pengcheng Huang, Pratyush Kumar, Georgia Giannopoulou, Lothar Thiele Computer Engineering and Networks Laboratory, ETH Zurich, 8092 Zurich, S

Source URL: www.tik.ethz.ch

• Computing
• Engineering
• Technology
• Analysis of parallel algorithms
• Parallel computing
• Speedup
• Real-time computing
• Mixed criticality
• Worst-case execution time
• Scalability

Superlinear Speedup by Program Transformation (Extended Abstract) (meta 2012)

Source URL: meta2012.pereslavl.ru