Triplication redundancy method based on molecular-level netlist

Abstract

The invention provides a triplication redundancy method based on a molecular-level netlist. The triplication redundancy method comprises the steps of S1, copying redundant molecular-level modules in an FPGA to obtain three molecular-level modules, S2, connecting the three molecular-level modules to a majority voter to form a voting unit, and outputting a first voting result, and S3, inputting thefirst voting result into a subsequent non-redundant unit, then connecting the first voting result to a subsequent voting unit to continue voting, and further processing modules, which do not need redundancy, on the path in a convergence manner to complete triplication redundancy based on the molecular-level netlist.

Description

technical field [0001] The present disclosure relates to the technical field of FPGA (Field Programmable Gate Array, Field Programmable Logic Gate Array), in particular to a three-mode redundancy method based on molecular-level netlist. Background technique [0002] With the continuous improvement of informatization, the application of FPGA (Field Programmable Gate Array, Field Programmable Logic Gate Array) is more and more extensive, especially in the aviation field. FPGA has the advantages of large integration scale, low power consumption and high concurrency. According to different processes, FPGAs are mainly divided into three categories: SRAM type, FLASH type, and antifuse type. Among them, SRAM has the advantages of simple process, low cost, low power consumption, and erasability, and is the most widely used. [0003] When SRAM (Static Random-Access Memory, Static Random Access Memory) FPGA is used as a core device in aerospace devices, high-energy particle rays in ...

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Problems solved by technology

[0003] When SRAM (Static Random-Access Memory, Static Random Access Memory) FPGA is used as a core device in aerospace devices, high-energy particle rays in space are likely to interfere with SRAM, resulting in single event effects (Single Event Effect, SEE) , so that no content stored in the SRAM is invalid

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