Real-Time Task Scheduling for Machine Perception in In Intelligent Cyber-Physical Systems

Keyphrases

• Resource Allocation 100%
• Real-time Scheduling 100%
• Priority Inversion 100%
• Machine Perception 100%
• Intelligent Cyber-physical Systems 100%
• Neural Network 50%
• Relative Advantage 50%
• Time Constraints 50%
• Formulation Optimization 50%
• Neural Network Model 50%
• Optimization Problem 50%
• Cyber-physical Systems 50%
• Utility Function 50%
• Utility-based 50%
• Utility Optimization 50%
• Attentional Cueing 50%
• Fine-grained Control 50%
• Criticality Assessment 50%
• AI Inference 50%
• Driving Dataset 50%
• Real-world Driving 50%
• Generalized Utility 50%
• NVIDIA Jetson AGX Xavier 50%

Computer Science

• Criticality 100%
• Cyber Physical Systems 100%
• task-scheduling 100%
• Machine Perception 100%
• Resource Allocation 33%
• Priority Inversion 33%
• Optimization Problem 16%
• Time Constraint 16%
• Optimization Formulation 16%
• Neural Network 16%
• Neural Network Model 16%
• Real Time Scheduling 16%
• Utility Function 16%
• Affect Performance 16%
• Relative Advantage 16%
• Grained Control 16%