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Application-specific data processing units （DPUs） are commonly adopted for operational control and data processing in space missions. To overcome the limitations of traditional radiation-hardened or fully commercial design approaches, a reconfigurable-system-on-chip （RSoC） solution based on state-of-the-art FPGA is introduced. The flexibility and reliability of this approach are outlined, and the requirements for an enhanced RSoC design with in- flight reconfigurability for space applications are presented. This design has been demonstrated as an on-board computer prototype, providing an in-flight reconfigurable DPU design approach using integrated hardwired processors. 相似文献
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A detailed experiment of 1-pixel bit reconfigurable ternary optical processor (TOP) is proposed in the paper. 42 basic operation
units (BOUs) and 28 typical logic operators of the TOP are realized in the experiment. Results of the test cases elaborately
cover the every combination of BOUs and all the nine inputs of ternary processor. Both the experiment process and results
analysis are given in this paper. The experimental results demonstrate that the theory of reconfiguring a TOP is valid and
that the reconfiguration circuitry is effective. 相似文献
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