Designing method for computer CPU anti-interference
A design method and computer technology, applied in the field of computer CPU anti-interference design, can solve problems such as failure to solve instruction data interference, failure to record the "location" of program instructions, and failure to restore "breakpoints"
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[0011] Now take INTEL's 8031 single-chip microcomputer as a model to illustrate the design method and working process of the anti-jamming computer:
[0012] Increase the original program counter PC into three identical counters to be the three-choice program counter CPC, increase the original instruction register IR into three identical registers to be the three-choice two instruction register CIR, and add the program tracking address register PTAR and the program tracking flag Register PTFR, non-mask interrupt source NSI, program interference flag register PIFR.
[0013] The program tracking address register PTAR is set to the first 16 bits and the last 16 bits. The first 16 bits are the address of the executed instruction, and the last 16 bits are based on the content of the program tracking flag register PTFR to determine whether the next instruction is relative to the address of the executed instruction. The offset or the address of the next instruction; at the same time...
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