Hence, a parallel task on multi-core processors is expected to become a vital component in CPS such as a self-driving car, where tasks must be scheduled in real ...

Hence, a parallel task on multi-core processors is expected to become a vital component in CPS such as a self-driving car, where tasks must be scheduled in real ...

The timing challenge can be addressed by the fact that most algorithms for autonomous driving are parallelizable. A planning algorithm of a self-driving car can ...

A parallel task on multi-core processors is expected to become a vital component in CPS such as a self-driving car, where tasks must be scheduled in real-time.

Hence, a parallel task on multi-core processors is expected to become a vital component in CPS such as a self-driving car, where tasks must be scheduled in real ...

Parallel scheduling for cyber-physical systems: Analysis and case study on a self-driving car. J Kim, H Kim, K Lakshmanan, R Rajkumar. Proceedings of the ACM ...

Publication Results. Parallel scheduling for cyber-physical systems : analysis and case study on a self-driving car. Publication type: Conference Proceeding.

Parallel Scheduling for Cyber-Physical Systems: Analysis and Case Study on a Self-Driving Car. J Kim, H Kim, K Lakshmanan, RR Rajkumar. Proceedings of the 2013 ...

21-30. Parallel scheduling for cyber-physical systems: Analysis and case study on a self-driving car pp. 31-40. L1Simplex: Fault-tolerant control of cyber ...

Apr 8, 2013 · Parallel scheduling for cyber-physical systems: analysis and case study on a self-driving car · L1Simplex: fault-tolerant control of cyber- ...