Architecture and performance of a grid-enabled lookup-based biomedical optimization application: Light scattering spectroscopy

Computer Science

• Case Study 100%
• Computing Environment 100%
• data grid 100%
• Distributed Computing Environment 100%
• Distributed File Systems 100%
• Grid Computing 100%
• High-Performance Computing 100%
• Numerical Technique 100%
• Optimization Problem 100%
• Parallel Application 100%
• Precomputation 100%
• Remote File System 100%

Keyphrases

• Caching 25%
• Cluster-based 25%
• Computing Environment 25%
• Computing Portal 25%
• Data Transfer 25%
• Distributed Computing Environment 25%
• Distributed File System 25%
• Grid Computing 25%
• Grid Data 25%
• Grid Deployment 25%
• High Performance 25%
• High Performance Computing 25%
• Human Epithelia 25%
• In Vitro Diagnosis 25%
• Large Set 25%
• Light Scattering 25%
• Light Scattering Spectroscopy 100%
• Mie Theory 50%
• Minimization Problem 25%
• Non-invasive Detection 25%
• Numerical Techniques 25%
• On Demand 25%
• Optimization Applications 100%
• Optimization Problem 25%
• Parallel Applications 25%
• Parameter Analysis 25%
• Precancerous Changes 25%
• Precomputation 25%
• Remote File System 25%
• Scattering Spectra 25%
• Spectral Data 25%
• Spectroscopic Analysis 25%
• Spectroscopic Techniques 25%
• System Data 25%
• Tissue Sampling 25%
• Transfer Based 25%
• User Level 25%
• Virtualized 25%
• Web-based 25%

Engineering

• Data Transfer 50%
• File System 100%
• Made Paper 50%
• Mie Theory 100%
• Numerical Technique 50%
• Optimisation Problem 50%