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The congestion in any regions or the faults in routing nodes, communication links and processing elements(PEs) will affect the NoC performance seriously in the multiprocessor system-on-chip (MPSoC) based on network on chip (NoC). In this paper, the NoC topology is designed which the fault tolerance function is enabled. Its dual-port network interface (NI) makes the key PE have two links with network...
With the further increase in integration density, the network-based highly parallel System on Chip (SoC) has evolved as a promising on-chip interconnect for future Chip Multi-Processors (CMPs). The high performance SOC platform is quite serviceable for MPSoC research. In this paper, we built a typical NoC (Network on-chip) system on SoCKit, and designed the hardware and software of the system which...
For linear discrete-time systems with normbounded parameter uncertainties and actuator failures, a method of non-fragile fault tolerant control with multi-indices constraints is proposed. With the nonfragility of the controller taken into consideration, the consistency theory about circular pole index, steady variance index and H-infinity constraints is presented. The problem addressed is to design...
This paper addresses the issues of integrated fault parameter estimation, diagnosis and reconfigurable controller design for nonlinear systems without hardware redundancy in the case of actuator failures. A composite Kalman filter for simultaneously state and fault parameter estimation, statistical decisions in fault diagnosis, and activation of controller reconfiguration of impaired system is proposed...
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