首页> 外国专利> A METHOD FOR EXCLUDING MUTUAL BLOCKING OF CONFIGURING STREAM PROCESSORS AND MICROCHARTS WITH TWO OR MULTI-DIMENSIONAL STRUCTURE OF THE PROGRAMMABLE CELLS (PPVM, DPVM, ETC.)

A METHOD FOR EXCLUDING MUTUAL BLOCKING OF CONFIGURING STREAM PROCESSORS AND MICROCHARTS WITH TWO OR MULTI-DIMENSIONAL STRUCTURE OF THE PROGRAMMABLE CELLS (PPVM, DPVM, ETC.)

机译:一种排除具有二维或多维结构的可编程单元(PPVM,DPVM,ETC)的流处理程序和微图的相互阻塞的方法

摘要

Instead of the integration into the chip of the central and global device that has been used up to now, the device processing all configuration requests, according to the invention, it is proposed to use several hierarchically arranged (in the form of a tree structure) active devices capable of taking on this task. In this case, the request from the lowest level (leaves in the tree view of the hierarchy) is transmitted further to the next level located above it only if this request could not be processed. These steps are repeated at all existing levels until reaching the top level. The top level is connected to the internal or external configuration memory located at a higher level, which contains all the configuration data that may ever be needed to run this program. The tree (hierarchical) structure of configuration devices provides a kind of caching of configuration data. Access to configuration data is carried out mainly at the local level. In the worst case, configuration data has to be loaded from a higher-level configuration memory if the corresponding data is not in any of the hierarchically organized configurator tables. At the same time, the deadlock is prevented by introducing a strictly specified time sequence when loading configuration data and putting this configuration data into the list. Information about the state of configurable elements (CEL) before loading is saved as a backup,
机译:根据本发明,代替处理到目前为止已经使用的中央和全局设备的芯片中,而是处理所有配置请求的设备被建议使用几个按层次排列的(以树形结构的形式)能够执行此任务的有源设备。在这种情况下,仅当无法处理最低级别的请求(层次结构树视图中的叶子)时,该请求才会进一步传输到位于其上方的下一个级别。在所有现有级别重复这些步骤,直到达到最高级别。顶层连接到更高级别的内部或外部配置存储器,其中包含运行该程序可能需要的所有配置数据。配置设备的树(分层)结构提供了一种配置数据缓存。对配置数据的访问主要在本地级别进行。在最坏的情况下,如果相应数据不在任何按层次组织的配置程序表中,则必须从更高级别的配置存储器中加载配置数据。同时,通过在加载配置数据并将此配置数据放入列表时引入严格指定的时间序列来防止死锁。有关加载之前可配置元素(CEL)状态的信息将保存为备份,

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