Latency modeling and minimization for large-scale scientific workflows in distributed network environments

Keyphrases

• Latency 100%
• Scientific Workflows 100%
• Distributed Network Environment 100%
• Latency Minimization 100%
• Latency Modeling 100%
• Mapping Approach 66%
• Simulation Program 33%
• Approximate Solution 33%
• Simulation-based 33%
• Real-time Networks 33%
• E-science 33%
• Workflow Engine 33%
• Resource Sharing 33%
• Workflow Mapping 33%
• Computing Module 33%
• System Dynamics Model 33%
• Existing Algorithms 33%
• Science Application 33%
• System Response 33%
• Cost Model 33%
• Complex Workflows 33%
• Fast System 33%
• Computing Algorithm 33%
• Optimization Procedure 33%
• User Interaction 33%
• Recursive Optimization 33%

Computer Science

• Distributed Network 100%
• Network Environment 100%
• Scientific Workflow 100%
• Simulation Program 50%
• Systems Simulation 50%
• Approximate Solution 50%
• Efficient Algorithm 50%
• Resource Sharing 50%
• Workflow Engine 50%
• System Response 50%
• End-to-End Delay 50%
• User Interaction 50%