Parallelized Formulation of the Maximum Likelihood-Expectation Maximization Algorithm for Fine-Grain Message-Passing Architectures

Keyphrases

• Parallelizing 100%
• Message Passing 100%
• Maximum Likelihood Expectation Maximization 100%
• Maximum Likelihood Expectation Maximization Algorithm 100%
• Low Memory 66%
• Ray-driven 66%
• Order of Magnitude 33%
• Pica 33%
• Systems-based 33%
• Technological Progress 33%
• Computational Model 33%
• Georgia Tech 33%
• Parallel Computer 33%
• Workstation 33%
• Execution Time 33%
• Discrete Event Simulation 33%
• Least Square Error 33%
• Massively Parallel Computation 33%
• Performance Benefits 33%
• Potential Performance 33%
• Clinical Time 33%
• New Alternatives 33%
• Multiprocessor Systems 33%
• Execution Model 33%

Computer Science

• Message Passing 100%
• maximum-likelihood 100%
• Least Squares Method 20%
• Computational Modeling 20%
• Execution Time 20%
• Technological Advance 20%
• Parallel Processing Systems 20%
• Multiprocessor System 20%
• Discrete Event Simulation 20%
• Execution Model 20%
• Suitable Algorithm 20%
• Massively Parallel Processing 20%