As long as the number of potential random codes is large compared to the number of records to search, this simple approach can be efficient.
只要潜在的随机代码数比要查找的记录的数目大,这个简单的方法就是有效的。
Then the two pseudo random codes make handshake and compare with each other. when the two codes are same, the FPGA would work, otherwise it would stop.
上电配置完时,FPGA处于等待状态,且不能正常工作,此时两个伪随机序列握手比较,相同时,使FPGA工作,否则停止工作。
Then the two pseudo random codes make handshake and compare with each other. when the two codes are same, the FPGA would work, otherwise it would stop.
上电配置完时,FPGA处于等待状态,且不能正常工作,此时两个伪随机序列握手比较,相同时,使FPGA工作,否则停止工作。
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