首页> 外国专利> Efficient equipment via gripping end redundancy implementation on directly connected, not - volatile high power memories with a data reduction

Efficient equipment via gripping end redundancy implementation on directly connected, not - volatile high power memories with a data reduction

机译:通过在直接连接的非易失性大功率存储器上实现抓取端冗余实现的高效设备,并减少了数据

摘要

A method for implementing equipment via gripping end redundancy schemes with a single commit, in that, by means of a write sides - an allocation unit a request is received data to allocation grains; responsive to the reception of the request by the write sides - an allocation unit an analysis of a predetermined data associated with a grain memory layout card is carried out in order to identify a storage segment; as a result of the write sides - an allocation unit a number of data grains is allocated to the storage segment, while the number of data grains associated redundant data are calculated; the number of data grains and the redundant data on the memory section of the grain memory be stored; by means of the write sides - an allocation unit, it is determined whether a the grain memory associated memory threshold has been reached; and in response to the reaching of the grain memory associated memory threshold data grains and redundant data, which are stored in the storage segment, on one or more memory device (s) are transmitted.
机译:一种通过具有一次提交的抓紧端部冗余方案来实现设备的方法,其特征在于,通过写侧-分配单元,接收请求数据以分配给分配粒度;响应于写侧接收到请求,分配单元对与谷物存储器布局卡相关联的预定数据进行分析,以识别存储段;作为写入侧的结果,分配单元将多个数据粒度分配给存储段,同时计算与冗余数据关联的数据粒度的数量;存储在晶粒存储器的存储部分上的数据晶粒的数量和冗余数据;借助于写侧-分配单元,确定是否已经达到与谷物存储器相关联的存储器阈值;并响应于达到所述谷物存储器的关联存储阈值,在一个或多个存储器设备上传输存储在所述存储段中的谷物数据和冗余数据。

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