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Token mechanism for cache-line replacement within a cache memory having redundant cache lines

机译:用于在具有冗余缓存行的缓存中替换缓存行的令牌机制

摘要

A mechanism for cache-line replacement within a cache memory having redundant cache lines is disclosed. In accordance with a preferred embodiment of the present invention, the mechanism comprises a token, a multiple of token registers, multiple allocation-indicating circuits, multiple bypass circuits, and a circuit for replacing a cache line within the cache memory in response to a location of the token. Incidentally, the token is utilized to indicate a candidate cache line for cache-line replacement. The token registers are connected in a ring configuration, and each of the token registers is associated with a cache line of the cache memory, including all redundant cache lines. Normally, one of these token registers contains the token. Each token register has an allocation- indicating circuit. An allocation-indicating circuit is utilized to indicate whether or not an allocation procedure is in progress at the cache line with which the allocation-indicating circuit is associated. Each token register also has a bypass circuit. A bypass circuit is utilized to transfer the token from one token register to an adjacent token circuit in response to an indication from the associated allocation- indicating circuit.
机译:公开了一种用于在具有冗余高速缓存行的高速缓存存储器中替换高速缓存行的机制。根据本发明的优选实施例,该机制包括令牌,多个令牌寄存器,多个分配指示电路,多个旁路电路,以及用于响应于位置而替换高速缓存存储器内的高速缓存行的电路。令牌。顺便提及,令牌被用于指示用于高速缓存行替换的候选高速缓存行。令牌寄存器以环形配置连接,并且每个令牌寄存器与包括所有冗余缓存线的缓存存储器的缓存线相关联。通常,这些令牌寄存器之一包含令牌。每个令牌寄存器具有分配指示电路。利用分配指示电路来指示在与分配指示电路相关联的高速缓存行处是否正在进行分配过程。每个令牌寄存器还具有旁路电路。响应于来自相关联的分配指示电路的指示,利用旁路电路将令牌从一个令牌寄存器传送到相邻的令牌电路。

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