本文介绍了一种采用8031单片机作中央处理器，实现对高频信号的快速数据采集过程的控制，并能对所采集的数据进行处理。
This paper gives a method that takes the 8031 type singal -chip computer as central processor to control the process of the fast data acquisition and data processing for high frequentcyy signals.
该系统可实现温度参数的采集、存储、分析与控制功能、并能通过炉内温度场的有限差分模拟进行产品质量预测。
The system can achieve the temperature parameters of the collection, storage, analysis and control functions, and pass the furnace temperature finite difference simulation product quality forecasts.
理论分析和仿真结果表明：该控制方法设计简单，便于在线实现，并能同时应用于半闭环系统和全闭环系统。
It is shown by theoretical analysis and simulation that this control low, which can applied to semi-close loop and full-close loop system, is simply in design and on-line realization.
并能将控制指令实时地传送给柴油机的各个执行机构，以实现对柴油机各运行参数的实时监控。
Moreover, it can transfer controlling orders to the certain part of the diesel engine in time to realize real-time monitoring and controlling for varied working parameters.
该软件能实现单回路控制系统、串级控制系统、比值控制系统的组态、调试和生成，并能进行策略文件的下装。
This software can accomplish the configuration, debugging and building of single-loop control system, series control system, ratio control system, and can upload strategy files to other controllers.
结论：本方法可以实现奥硝唑的手性分离，并能应用于左旋奥硝唑原料药中的右旋体杂质的控制。
Conclusion: The method can be used for separating the enantiomers of Ornidazole and controlling of the impurity of dextroisomer in S-Ornidazole substances.
系统实现了电厂缺陷管理的自动化闭环控制，并能适用于不同缺陷管理模式的不同电厂。
The system implements the automatic closed loop controlling of power plant failure management, and can be the same with different power plants with different management models.
本课题开发出的生产控制子系统，能够与ERP中其它子系统实现很好的数据通信，并能提供有效的查询分析功能。
This production control subsystem can efficiently realize data traffic with other subsystems in ERP and can provide valid inquiring and analyzing function.
实验结果表明，该系统能根据图像分析出不同种物体的可抓取性，并能通过多功能控制成功实现抓取。
The experimental results show that this system can distinguish the typical objects which can be snatched according to the image, and it can snatch successfully through hybrid control.
该方案在彩色电脑喷印机上得到了成功应用，可实现对喷印过程的平稳控制，并能精确控制喷印位置。
The system was applied in the color inkjet printer successfully, which not only can control printing process well, but also can track printing position accurately.
本系统具有从低真空到高真空，气压测量范围宽、量程自动切换功能，并能实现对真空度的实时控制。
The system's measuring range can be automatically switched from low vacuum to high vacuum, and it has a wide measuring range.
单片机在步进电机电源部分控制中的应用，使步进电机能实现运行、调速及细分运行，并能提高设备运行的精度和平稳性。
They can make step motors run normally at an adjustable speed and in a subdividing running way and improve the precision and smoothness of the equipment.
DSP控制同步电机并能实现能量回馈的电动助力车，由于其可以实现可逆能量的控制，具有节能高效的特点，有很好的发展前景。
Electric bicycle with energy feed back by the use of DSP and permanent magnet synchronous motor (PMSM) has good foreground because of its energy-saving and high energy efficiency.
实验结果表明，研制的智能超声波发生器频率跟踪迅速准确，并能实现振动系统的恒定振幅控制，可以实现振动系统的自动运行。
Preliminary experiments show that the smart ultrasonic generator based on the new method can quickly and accurately frequency track, and can work well with constant amplitude control.
该装置以M6 8hc11e9单片机为核心，完成多种机型的监测与控制任务，并能实现远程遥控与监测。
This installation USES the M68HC11E9 single chip computer as its core, which can perform control and inspection tasks for various types of units and realize remote control and monitor.
而且作为统一的业务提供平台，实现传统的电信业务并能结合业务控制节点或者应用服务器为融合网络用户提供智能业务及新型增值业务。
As the unification platform of business supporting, it works with Service Control Point or Application Server to provide network users with the value-added services.
为实现电火花电极的微米级步距，设计了椭圆微驱动电路，并能有效地控制电极的运动方向。
The electrode is driven by Elliptical Movement and its direction is controlled by two voltage phase difference.
结果表明，钢中硫得到有效控制，满足产品要求，并能实现稳定生产。
The result shows that sulfur in liquid steel is effectively controlled, in meeting production's demand and realizing stable production.
水温可以在一定范围内由人工设定，并能在环境温度降低时实现自动控制，以保持设定的温度基本不变。
Water temperature within a certain range can be set by hand, and the temperature is lowered in the environment to achieve automatic control to maintain the set temperature is essentially the same.
通过对现场可编程门阵列（FPGA）的重构，星载计算机实现对运载器与卫星的控制与管理，并能够进行故障处理及在轨升级。
Through the fast dynamic reconfiguration of FPGA, the OBC could control the launch vehicle, and implement function switching, fault handling and upgrading when a small satellite is in orbit.
通过对现场可编程门阵列（FPGA）的重构，星载计算机实现对运载器与卫星的控制与管理，并能够进行故障处理及在轨升级。
Through the fast dynamic reconfiguration of FPGA, the OBC could control the launch vehicle, and implement function switching, fault handling and upgrading when a small satellite is in orbit.
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