Multi-core real-time scheduling for generalized parallel task models

Keyphrases

• Task Model 100%
• Parallel Tasks 100%
• Multi-core Real-time Scheduling 100%
• Multicore Processors 66%
• Directed Acyclic Graph 66%
• Resource Augmentation Bound 66%
• Task Decomposition 66%
• Core Processor 66%
• Programming Model 33%
• Simulation-based 33%
• Time Application 33%
• Decomposition Method 33%
• Time Constraints 33%
• Task Parallelism 33%
• Graph Tasks 33%
• Global EDF 33%
• Synthetic Workload 33%
• Computation-intensive 33%
• Sequential Task 33%
• Parallel Threads 33%
• Sequential Programming 33%
• Deadline Monotonic 33%
• New Task 33%
• Performance Increase 33%
• Multiprocessor Real-time Scheduling 33%

Computer Science

• Multicore Processor 100%
• Multicore 100%
• Real Time Scheduling 100%
• Directed Acyclic Graph 100%
• Core Processor 100%
• Programming Model 50%
• multi-processor 50%
• Real-Time Application 50%
• Intensive Computation 50%
• Task Parallelism 50%
• Decomposition Method 50%
• Periodic Scheduling 50%
• Timing Constraint 50%
• Arbitrary Number 50%
• Sequential Programming 50%
• Monotonic Scheduling 50%