Low-overhead, one-cycle timing-error detection and correction technique for flip-flop based pipelines.
Jongeun KooEunhyeok ParkDongyoung KimJunki ParkSungju RyuSungjoo YooJae-Joon KimPublished in: IEICE Electron. Express (2019)
Keyphrases
- low overhead
- error detection and correction
- flip flops
- error correction
- data transmission
- load balancing
- high reliability
- energy efficient
- shared memory
- multiple input
- communication cost
- wireless sensor networks
- power dissipation
- message passing
- scheduling algorithm
- routing protocol
- digital signal processing
- low cost