Automated Scheduling for Optimal Parallelization to Reduce the Duration of Vehicle Software Updates.
Roland HerberthSidney KörperTim StieschFrank GauterinOliver BringmannPublished in: IEEE Trans. Veh. Technol. (2019)
Keyphrases
- software systems
- optimal scheduling
- computer systems
- scheduling policies
- real time
- user interface
- pedestrian detection
- scheduling algorithm
- software architecture
- scheduling problem
- dynamic programming
- optimal solution
- worst case
- parallel processing
- embedded systems
- software tools
- software design
- lower bound
- flexible manufacturing systems