This paper proposes an autonomous repair mechanism against configuration upsets for fault-tolerant reconfigurable devices. In proposed architecture, devices ...
This paper proposes an autonomous repair mechanism against configuration upsets for fault-tolerant reconfigurable devices. In proposed architecture, devices ...
The device consists of a 2D array of “Autonomous-Repair Cells” each of which repairs its upsets autonomously. The architecture has a scalability in fault ...
The device consists of a 2D array of “Autonomous-Repair Cells” each of which repairs its upsets autonomously. The architecture has a scalability in fault ...
The device consists of a 2D array of ``Autonomous-Repair Cells'' each of which repairs its upsets autonomously. The architecture has a scalability in fault ...
Reconfigurable devices are expected to be utilized in the mission-critical fields such as space development, because a system update and a pseudo-repair can ...
The device consists of "autonomous-repair cells" which repairs these upsets autonomously and dynamically. To determine the architecture, we analyze four ...
ABSTRACT consist of programmable logics. Therefore, a reconfigurable device with high fault-tolerance against configuration upsets.
Fault Tolerant Dynamic Reconfigurable Device Based on EDAC with ...
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The concept of the autonomous-repair cell is shown in. Fig.1. The cell is composed of a redundant function unit and an embedded control circuit. The function ...
Autonomous-repair cell for fault tolerant dynamic-reconfigurable devices. Proc. of FPGA2006 (p. 224). To Presentations list. Menu. My portal. 2017 researchmap.