本文介绍C 系列PC的特点以及在针织厂成衣车间制衣流水线控制系统中的应用。
In this paper the features of system C of PC and its application in an as- sembty line control system of knit goods workshop have been introduced.
本文在对玻璃生产流水线的控制需求进行分析的基础上，阐述了基于PLC的工厂生产流水线控制系统的开发过程。
In this paper, the control of glass production lines based on the analysis needs to explain based on the factory production line PLC control system development process.
本论文详细介绍了一次镗削成型机床的基本结构、工作原理、控制方法，及自动化流水线控制机构工作原理和实现方法。
This paper introduced a series of molding machine structure, working principle and control method, and automatic assembly line control principle and realization method.
其中，提出了流水线控制单元的优化设计，将控制状态机的状态数目从85个减少到23个，节省了电路面积，提高了速度。
The optimized design of pipeline control unit is also proposed, which greatly minimizes the FSM states from 85 down to 23, with improvement in circuit speed and area utilizing.
本文讨论了目前计算机主要采用的技术方法，如多级存储体系技术、中断技术、总线控制技术以及指令重迭和流水线控制技术。
Discussed some mainly applied methods such as multigrade memory technology, suspend technology, bus line control technology, instruction overlapping technology and waterline control technology.
斯隆加强了财政控制并且将混乱的模型流水线治理得有条不紊。
Sloan imposed tight financial controls and brought order to the chaotic model line-up.
在电路的控制逻辑中，采取了流水线操作，进一步提高了处理速度。
In the control logic circuits, pipelined control is used to speed up the processing throughput.
本文结合实际工作，着重介绍滚镀锌生产流水线的微型机控制总体设计，以及某些设计技巧。
This paper mainly introduces the general microcomputer control design of the zincifying productive line and some problems about design skill.
管道数控加工自动控制流水线。
对制约流水线效率的数据相关，控制相关和资源相关等问题进行了研究和分析，确定了解决方案。
Researched and analyzed the issues related to pipeline performance as data dependence, control dependence and resource dependence, selected the solution at last.
本文介绍了一个尿素包装流水线计算机集散控制系统。
This paper introduces a computer distributing control system of the urea packing assembly line.
论文研究了流水线装配型企业PPC的主要系统功能：生产计划，需求决策和生产控制。
Also, such main functions of PPC of pipeline assembly enterprise as production planning, demand decision and production control are studied.
预算和预算控制似乎活动组织的流水线和提供了一个纪律前景。
Budget and budgetary control seems to stream line the activities of organizations and provides a disciplinary outlook.
生产线控制系统是计算机集成制造的核心，其对于电子产品流水线生产企业而言，具有十分重要的作用。
Production line control system is the core of the Computer Integrated Manufacturing (CIM), an important system for the electronic line production enterprise to improve the productivity and quality.
该方法不受基体的干扰，结果可靠，简单快速，适合于流水线的质量控制。
This method is simple, reliable, rapid, free of the influence of the substrates and suitable for quality control of line production.
系统设计是在提高实时控制的可靠性和快速性基础上，采用了双单片机的系统结构和流水线查询技术。
For more fast reaction to real time control, the dual MCU structure and streamline inquiring technology are applied.
定常结构FFT的每级流图均具有相同的流图结构，因而易于编程，在FFT硬件处理器中使控制器得到简化，同时使阵列处理器和流水线处理器易于实现模块化。
Constant geometry FFTs are kept constant flow diagram from pass to pass, which can simplify some programs or hardware design and modularize array or pipeline FFT processors.
该方法不受基体的干扰，结果可靠，简单快速，适合于流水线的品质控制。
This method is simple, reliable, rapid, free of the influence of the substrates and suitable for the quality control of line production.
介绍一种控制生产流水线激光标刻的软件实现。
Introduce a software technique to use for the produce line's laser marking.
特别是流水线结构使得FFT处理器可以通过对模块级数的控制，很容易的实现不同点数的FFT计算。
It's much easier to implement the scalable FFT processor based on multilevel pipeline processing architecture.
网络机器人就象在流水线上工作，不断焊接同样装置的机器人一样，它们被程序控制在网络上反复执行同样的任务。
Network robots look like the robots that are working on the product line and sealing the same set continuously. They are performing the same task by the software function in the Internet.
本文的设计着重从多个层次利用并行处理技术来提高环路滤波的速度，包括流水线设计、数据流驱动控制策略以及算法并行性设计。
Our design emphasizes on using parallel processing technology from multi-level to improve speed, including pipelining design, data-flow drive strategy and algorithmic parallelism design.
本文针对高速流水线上的机械手特点设计了一种高精度的视觉伺服运动控制系统，详细介绍了控制系统结构，描述了视觉伺服模型的建立以及系统的具体实现。
A control system based on machine vision is presented, the structure of the control system is introduced, and the visual feedback model and the system implement are expounded in detail.
PLC的特点是具有强大的控制能力、高精度、高可靠性，具有复杂的逻辑能力和运算能力，因此可充分满足对流水线的控制需求。
PLC is characterized by a strong control, high-precision, high reliability, with complex logic capacity and computing power, thus fully meet the control of the pipeline.
该流水线对解码模块采用两级控制策略，不同级别流水线中的解码模块数据处理粒度不同，节省了级间缓存。
In this scheme, the hardware decoding modules worked on two different levels. Modules on different level had different data-processing granularity, and buffers between hardware modules were saved.
该流水线对解码模块采用两级控制策略，不同级别流水线中的解码模块数据处理粒度不同，节省了级间缓存。
In this scheme, the hardware decoding modules worked on two different levels. Modules on different level had different data-processing granularity, and buffers between hardware modules were saved.
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