New-generation parallel computer and its performance evaluation

Keyphrases

• Optical Technology 100%
• Performance Evaluation 100%
• Parallel Computer 100%
• Fully Connected 100%
• Massively Parallel Computation 100%
• 1D Building Blocks 100%
• Free Space Optics 50%
• Positive Impact 50%
• Distributed Storage 50%
• Wiring 50%
• Optics 50%
• Order of Magnitude 50%
• Innovative Design 50%
• Beneficial Effects 50%
• Large Systems 50%
• DARPA 50%
• Complete System 50%
• Available Technology 50%
• Crossbar 50%
• Connected Systems 50%
• Hardware Components 50%
• Wavelength Division multiplexing 50%
• Semiconductor Industry 50%
• Excellent Performance 50%
• Performance Results 50%
• Result-oriented 50%
• Time Division multiplexing 50%
• Communication Interface 50%
• Generalized Hypercube 50%
• Parallel Transmission 50%
• Guided Waves 50%
• Optical Media 50%
• Optical Path 50%
• Memory-level Parallelism 50%
• 2D Structure 50%
• Industry Association 50%
• Wave Concept 50%
• Bit-parallel 50%
• Bisection Bandwidth 50%
• Plastic Glasses 50%

Computer Science

• Building-Blocks 100%
• Case Study 100%
• Performance Evaluation 100%
• Optical Technology 100%
• Parallel Computer 100%
• Hypercube 50%
• Shared Memories 50%
• MIMD 50%
• Connected System 50%
• Outstanding Performance 50%
• Time-Division Multiplexing 50%
• Communication Interface 50%
• Wavelength Division Multiplexing 50%
• Hardware Component 50%
• Industry Association 50%
• Architecture Behave 50%
• Optical Medium 50%
• Massively Parallel Processing 50%
• Bisection Bandwidth 50%
• Massively Parallel Computing 50%

Engineering

• Building Block 100%
• Optical Technology 100%
• Parallel Computer 100%
• Free Space 50%
• Transmissions 50%
• NASA 50%
• Hypercube 50%
• Complete System 50%
• Design Point 50%
• Connected System 50%
• Wavelength Division Multiplexing 50%
• Time-Division Multiplexing 50%
• Communication Interface 50%
• Optical Path 50%
• Guided Wave 50%
• Hardware Component 50%