Quality-driven dynamic scheduling for real-time adaptive applications on multiprocessor systems

Keyphrases

• Adaptable Applications 33%
• Adaptive Applications 100%
• Application Scheduling 66%
• Codec 33%
• Contemporary Approaches 33%
• Driving Dynamics 100%
• Dynamic Adaptive 33%
• Dynamic Leakage 33%
• Dynamic Scheduling 100%
• Efficient Scheduling 33%
• Embedded Systems 33%
• Emerging Challenges 33%
• Energy Conservation 33%
• Execution Quality 66%
• Guided Search 100%
• Interprocessor Communications 33%
• JPEG2000 33%
• Leakage Energy 33%
• Leakage Power 33%
• Local Scaling 66%
• Multimedia Applications 33%
• Multiprocessor 33%
• Multiprocessor Systems 100%
• Optimal Quality 33%
• Processor Frequency 33%
• Quality Loss 33%
• Quality Output 33%
• Quality-oriented 100%
• Real-time Requirements 33%
• Receiver Selection 66%
• Scaling Approach 33%
• Scheduling Problem 33%
• Scheduling Scheme 33%
• Scheduling Techniques 33%
• Search Algorithm 66%
• Search Results 33%
• Selection Strategy 33%
• Time-adaptive 100%

Computer Science

• Application Execution 50%
• Embedded Systems 50%
• Experimental Result 50%
• JPEG2000 50%
• multi-processor 50%
• Multimedia Application 50%
• Multiprocessor System 100%
• Scheduling Problem 50%
• Scheduling Scheme 50%
• Search Algorithm 100%
• Time Requirement 50%