Maximizing workflow throughput for streaming applications in distributed environments

Keyphrases

• Analytical Cost Model 50%
• Compute-intensive Applications 50%
• Computing Module 50%
• Distributed Computing 50%
• Distributed Environment 100%
• Dynamic Programming 50%
• Existing Algorithms 50%
• Field Characteristics 50%
• Heterogeneous Networks 50%
• Large-scale Computation 50%
• Large-scale Scientific Application 50%
• Layer-oriented 50%
• Mapping Scheme 100%
• Multiple Modules 50%
• Optimization Problem 50%
• Programming Solution 50%
• Resource Sharing 50%
• Simulation-based 50%
• Spatial Domain 50%
• Stability Analysis 50%
• Stability Design 50%
• Streaming Applications 100%
• Streaming Data 50%
• Structured Workflow 50%
• Temporal Dimension 50%
• Topological Layer 50%
• Topology Matching 50%
• Workflow Mapping 100%

Computer Science

• Distributed Computing 50%
• Distributed Environment 100%
• Dynamic Programming 50%
• heterogeneous network environment 50%
• Intensive Application 50%
• Mapping Scheme 100%
• Optimization Problem 50%
• Resource Sharing 50%
• Scientific Application 50%
• Spatial Domain 50%
• Stability Analysis 50%
• Temporal Dimension 50%