We put emphasis upon systemic hardware design, discuss the sequence control of CPLD, Register control of image sensor, and hardware exploiture, software realization, empirical analysis of DSPs, etc.
并着重研究了系统的硬件设计，讨论了CPLD的时序控制、图像传感器的寄存器控制以及DSP芯片的硬件开发、软件实现、实验分析等等。
For these reasons, first of all, the definitions of the action sequence and realization probability and related theorems are introduced.
鉴于上述原因，首先在序贯型博弈中定义了行动序列和实现概率等概念并给出相关定理。
The design of the PCI bus in the interspaced ordonnance, and the realization of the sequence state machine in the PCI interface controller is given.
给出了PCI总线配置空间的设计以及PCI接口控制器中时序状态机的实现。
A trace algorithm based on 2-d image sequence for moving target is presented and the realization technology of this algorithm is also discussed.
首先给出了一种基于2 - D图像序列的运动目标跟踪算法，并对其实现技术进行了讨论。
A trace algorithm based on2-D image sequence for flight target is presented and the realization technology of this algorithm is also discussed.
给出了一种基于2 -D图像序列的飞行目标跟踪算法，并对其实现技术进行了讨论。
PCI target interface controller design with FPGA is proposed. And the realization of the complication of the access sequence to the BUS interface controller is expressed by sequence state machine.
给出了一种基于FPGA实现PCI总线目标模块接口控制器的设计方案，用时序状态机来实现总线访问操作复杂的时序。
Second, paper analyzes the design thought and the realization process of the main function molds in order and in sequence within software, which is the core part of the whole article.
其次按照顺序结构依次分析了软件中的主要功能模块的设计思想以及实现流程，这是整个文章的核心部分。
The establishment of tissue within the pollution prevention priority sequence, and for the realization of pollution prevention goals;
⑤建立组织内污染防止优先序列，并为实现污染预防目标而努力；
According to the processing ask characteristic of workpiece, with stepping sequence control and master control program, make the 3 kinds of control way of machine tool facilitate realization.
根据工件的加工要求特点，采用步进顺序程序及主控程序控制，使机床的三种控制方式能方便实现。
The realization is: reclassification and reorganization the multi-temporal NDVI to get the sequence and its corresponding number of pixels;
具体实现为：将多期NDVI影像重分级并重组合，得到NDVI时间序列及其对应的像元个数；
The realization is: reclassification and reorganization the multi-temporal NDVI to get the sequence and its corresponding number of pixels;
具体实现为：将多期NDVI影像重分级并重组合，得到NDVI时间序列及其对应的像元个数；
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