Invasive computing for robotic vision

Keyphrases

• Robotic Vision 100%
• Invasive Computing 100%
• Robotics 33%
• High Performance 33%
• Object Recognition 33%
• Changing Conditions 33%
• Parallelization 33%
• Resource Utilization 33%
• Disparity Map 33%
• Application Program 33%
• Single chip 33%
• Mapping Scheme 33%
• Video Sequences 33%
• Processing Element 33%
• Computationally Intensive 33%
• Performance Constraints 33%
• Real-time Video 33%
• Optical Flow 33%
• Resource Awareness 33%
• Resource Base 33%
• Compile Time 33%
• Hardware Resources 33%
• Vision Algorithm 33%
• Multiprocessing 33%
• Self-organization Behavior 33%
• Degree of Parallelism 33%
• Time-varying Load 33%
• Parallel Computing Techniques 33%
• High Resource Utilization 33%
• Static Mapping 33%
• Static Resource Allocation 33%

Computer Science

• Parallelism 100%
• Object Recognition 50%
• single-chip 50%
• Mapping Scheme 50%
• Video Sequences 50%
• Processing Element 50%
• Multiprocessing 50%
• Hardware Resource 50%
• Static Mapping 50%
• Application Program 50%
• Resource Utilisation 50%
• Parallel Computer 50%
• Resource Allocation 50%