Message Passing

Hierarchical Parallelization of an H.264/AVC Video Encoder

Parallel Computing / Maurice Merleau-Ponty / Parallel Processing / Video Quality / Message Passing / High resolution satelite image / Spectrum / Video on Demand / Low Latency / High resolution satelite image / Spectrum / Video on Demand / Low Latency

Synergistic Coding by Cortical Neural Ensembles

Information Theory / Graph Theory / Coding / Entropy / Information Processing / Statistical Learning / Learning / Neural coding / Spike train analysis / Connectedness / Message Passing / Encoding / Joint / Statistical Model / Articulation / Electrical And Electronic Engineering / Maximum entropy / Entropie / Conditional Independence / Statistical Learning / Learning / Neural coding / Spike train analysis / Connectedness / Message Passing / Encoding / Joint / Statistical Model / Articulation / Electrical And Electronic Engineering / Maximum entropy / Entropie / Conditional Independence

Pseudo-Codewords in LDPC Convolutional Codes

Theory / Bit Error Rate / Message Passing / Sliding Window / Linear Code / Polynomials / Signal to Noise Ratio / Block Codes / Hamming Distance / Polynomials / Signal to Noise Ratio / Block Codes / Hamming Distance

Java as a language for scientific parallel programming

Distributed Data Mining / Case Study / Natural language / Message Passing

Replica Cluster Variational Method

Statistical Physics / Mathematical Sciences / Spin Glasses / Physical sciences / Quenched Disorder / Phase transition / Free Energy / Message Passing / Spin Glass / Second Order / Fourier transform / Integral Equation / Two Dimensions / Population dynamic / Replica Method / Phase transition / Free Energy / Message Passing / Spin Glass / Second Order / Fourier transform / Integral Equation / Two Dimensions / Population dynamic / Replica Method

“Complexity-Optimized Low-Density Parity-Check Codes,”

Coding Theory / Optimization Problem / Design method / Numerical Optimization / Information Transfer / Bit Error Rate / Bit error probability / Message Passing / Sum Product Algorithm / Region of Interest / Error Correction Code Words / Bit Error Rate / Bit error probability / Message Passing / Sum Product Algorithm / Region of Interest / Error Correction Code Words

SEMPA: software engineering for parallel scientific computing

Mechanical Engineering / Software Engineering / Numerical Analysis / Scientific Computing / Fortran / Computation Fluid Dynamics / Case Study / Software Requirements / Message Passing / Programming Paradigm / Large Scale / Resource Utilization / Object Oriented / Software Package / Computation Fluid Dynamics / Case Study / Software Requirements / Message Passing / Programming Paradigm / Large Scale / Resource Utilization / Object Oriented / Software Package

MRF Energy Minimization and Beyond via Dual Decomposition

Information Systems / Algorithms / Artificial Intelligence / Computer Vision / Linear Programming / Markov chains / Three Dimensional Imaging / Motion / Message Passing / Belief Propagation / Graph Cut / Image Enhancement / Discrete Optimization / Reproducibility of Results / Graphical Model / Electrical And Electronic Engineering / LINEAR PROGRAM / Energy minimization / Markov chains / Three Dimensional Imaging / Motion / Message Passing / Belief Propagation / Graph Cut / Image Enhancement / Discrete Optimization / Reproducibility of Results / Graphical Model / Electrical And Electronic Engineering / LINEAR PROGRAM / Energy minimization

Optimization of Discrete Markov Random Fields via Dual Decomposition

Computer Vision / Message Passing / LINEAR PROGRAM

StarT-NG: Delivering seamless parallel computing

OPERATING SYSTEM / Shared memory / Message Passing / High performance / Parallel Machines / Low Latency / Parallel Computer / Low Latency / Parallel Computer

Parallel distributed computing using Python

Environmental Engineering / Civil Engineering / Distributed Computing / Water resources / Finite Element / Fluid flow / Message Passing / High performance / Parallel Computer / Message Passing Interface / Large Scale / Algorithms and Data Structure / Fluid flow / Message Passing / High performance / Parallel Computer / Message Passing Interface / Large Scale / Algorithms and Data Structure

Reconstruction of large phylogenetic trees: A parallel approach

Distributed Computing / Biological Sciences / Case Study / Parallel / Message Passing / CHEMICAL SCIENCES / MIMD / Phylogenetic Tree / Adomian decomposition method / Parallel Computer / Maximum Parsimony / Large Dataset Analysis / Divide and Conquer / CHEMICAL SCIENCES / MIMD / Phylogenetic Tree / Adomian decomposition method / Parallel Computer / Maximum Parsimony / Large Dataset Analysis / Divide and Conquer

Reconstruction of large phylogenetic trees: A parallel approach

Distributed Computing / Biological Sciences / Case Study / Parallel / Message Passing / CHEMICAL SCIENCES / MIMD / Phylogenetic Tree / Adomian decomposition method / Parallel Computer / Maximum Parsimony / Large Dataset Analysis / Divide and Conquer / CHEMICAL SCIENCES / MIMD / Phylogenetic Tree / Adomian decomposition method / Parallel Computer / Maximum Parsimony / Large Dataset Analysis / Divide and Conquer

Swel

Computer Architecture / Shared memory / Virtual Machine / Message Passing / Large Scale / Cache Coherence
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