The architecture and principle of a video echo simulating system based on PCI buses and DSP (TMS320VC33) is introduced, advances a method of simulating video echo in dummy object condition.
文中介绍一种基于PCI总线和DSP (TMS320VC33)的视频回波模拟系统的组成结构和工作原理，提出一种在虚拟目标环境下视频回波模拟的方法。
This paper proposes an internal model control system based on recurrent neural network, and considers jigger layer loose condition as research object.
该文提出一种基于对角递归神经网络的内模控制系统，并以跳汰生产过程床层松散状况为对象进行了研究。
The control system of urban sewage water shall meet the requirements of the object, site of the object, site condition and the technique.
城市污水处理的控制系统必须根据对象、现场条件以及工艺要求来定。
Bogie condition monitoring is the main object of passenger car running safety monitoring system, and it also is the difficulty of monitoring job.
转向架状态监测一直是客车行车安全监测系统中的重点监测对象，对保障旅客列车行车安全具有重要意义。
This paper apply economic geology and geographic information system basic principle, taking small blue well field 7 coal bed geological condition as object of study.
本论文应用地质学和地理信息系统基本原理，以小青井田7煤层地质条件为研究对象。
Results This arithmetic could solve the problem that how to search and position the geography object in the condition that geography information system database having lots of redundancy.
结果本算法解决了在地理信息数据库中存在大量冗余记录的情况下，如何有效地实现指定地理目标的搜索定位问题。
The object-oriented visualization system developed in the thesis is made up of Tool Module, Boundary Condition Module, Flow Display Module and Optical Picture Module.
本文研究与开发的面向对象计算流动显示系统分别由工具模块、边界条件设置模块、流场显示模块及光学图象模块构成。
Secondly, the paper focuses on TL Electricity Company as study object and introduces its present condition and compensation system and weight to analysis its internal fairness and external fairness.
其次，论文以TL发电公司薪酬管理公平性为研究对象，在介绍TL发电公司概况和原有薪酬管理的基础上，着重对公司薪酬管理内部公平性、外部公平性进行了分析。
The FSRS is designed by the object-oriented method in which the condition that determines a farming system feasible or unfeasible are accumulate temperature (growth period) and precipitation.
采用了面向对象的知识表示方法，建立了黄土高原地区种植制度设计专家系统，系统以热量（生育期）和降水作为具体地区种植制度可行与否的判断参数。
The FSRS is designed by the object-oriented method in which the condition that determines a farming system feasible or unfeasible are accumulate temperature (growth period) and precipitation.
采用了面向对象的知识表示方法，建立了黄土高原地区种植制度设计专家系统，系统以热量（生育期）和降水作为具体地区种植制度可行与否的判断参数。
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