本文介绍了某造汽锅炉控制系统中的组态功能参数存储器与80c196 KB接口的设计。
This Paper introduces the interface design between 80c196kb and the memory storing configuration function parameters for a steam boiler control system.
分配接口从堆中分配给定数量的存储器，但具有不同参数和语义。
The allocation interfaces allocate a given amount of storage from the heap, but have different parameters and semantics.
该参数表示分配给锁列表的存储器大小。
This parameter indicates the amount of storage that is allocated to the lock list.
为此，所有必需的工作参数都存储在永久存储器中。
For this purpose all necessary operating parameters are stored in a permanent memory.
针对以上问题，本文在研究已有建库技术的基础上，针对存储器的逻辑参数提取提出新的解决方案。
Faced with these problems, this paper presents new methods for parameter extraction of memory on the base of current research about library building technology.
以高速率将输入数据路由到分布式的大量处理元件、存储器和连接以便在视场中的多个点处同时进行参数估计。
The input data is routed at high rates to a distributed and large number of processing elements, memory, and connections for simultaneous parameter estimation at multiple points in the field of view.
本文从接口策略选择、接口协议制定以及存储器迟滞参数入手讨论如何设计性能优良的存储器接口。
This paper discuss the design of the nice interface controller from interconnection strategy selection, interface protocol establishment and memory timing parameters.
一条指令，其中每一个参数与其它参数无关，例如，把数据从存储器。
An instruction where each parameter is independent of the others, for example, when moving data from memory to a floating-point register.
设计了通用的转速计算、位置判断、执行器驱动、存储器通信、喷油点火参数计算及控制模块。
Universal modules of engine speed calculation, crankshaft and camshaft positions detection, actuators drive, injection and ignition parameters calculation, as well as control module were designed.
参数表模块主要实现SDRAM存储器的控制器接口，用于图像处理时读取参数信息。
Parameter table module is the SDRAM memory controller interface for reading parameter information when image processing.
参数提取前，在库参数精度受影响可忽略的前提下，对存储器先进行电路简化，使得存储器的提取自动化得以实现。
On the precondition that the error is acceptable, we reduce the memory circuit before we do the logic parameter extraction so as to realize extraction automation.
参数提取前，在库参数精度受影响可忽略的前提下，对存储器先进行电路简化，使得存储器的提取自动化得以实现。
On the precondition that the error is acceptable, we reduce the memory circuit before we do the logic parameter extraction so as to realize extraction automation.
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