Compiler-directed channel allocation for saving power in on-chip networks

Keyphrases

• Energy Saving 100%
• Compiler 100%
• Compiler-based 100%
• Channel Allocation 100%
• Network on chip 100%
• Unique Characteristics 50%
• Hardware Efficiency 50%
• Software-based 50%
• Embedded Systems 50%
• Chip-based 50%
• Application Codes 50%
• Hardware Complexity 50%
• Turn-off 50%
• Simulation Environment 50%
• Network Architecture 50%
• Embedded Applications 50%
• Communication Channels 50%
• Energy Consumption Reduction 50%
• Processing Unit 50%
• Hurt 50%
• Network Simulation 50%
• Increasing Complexity 50%
• Communication Patterns 50%
• Parallelizing 50%
• Multiple Processing 50%
• Optimizing Compilers 50%
• On-chip Power 50%
• Communication Messages 50%
• On-chip Communication 50%
• Number of Channels 50%
• Idle Period 50%
• Video Processing 50%
• Compiler Technology 50%
• Power Saving Mechanism 50%
• Communication Latency 50%
• Bus-based 50%
• Simultaneous Communication 50%
• Multiprocessor Network 50%
• Embedded Image 50%

Computer Science

• Networks on Chips 100%
• multi-processor 33%
• Application Code 33%
• Simulation Environment 33%
• Network Architecture 33%
• Embedded Application 33%
• Network Simulation 33%
• Processing Unit 33%
• Optimizing Compiler 33%
• Intensive Application 33%
• Video Processing 33%
• Reducing Power Consumption 33%
• Communication Latency 33%
• Communication Technique 33%
• Computer Hardware 33%
• Power Management 33%
• Embedded System 33%
• Communication Process 33%