程序流程图

并给出了实现PID调节的程序流程图。

The program flow chart and the PID algorithm flow chart are given .

控制方法采用积分分离式的PID控制规律，并给出了C语言的程序流程图。

PID algorithm of integral separation is adopted and program flow chart in the C language is presented .

论文还对PLC与上位机的通信进行了研究，给出了程序流程图。

The communication between PLC and upper computer and its program flow chart are designed also .

Petri网模型与程序流程图的比较及应用研究

Comparison and Application Study of Petri Net and Flowchart

建立了基于光纤光栅应变传感阵列的BP神经网络的拓朴结构，给出了BP算法的程序流程图；

The topology structure of BP neural network based on Fiber Bragg Grating strain sensing array was built .

文章中给出了采用数字PID控制变频调速系统的系统结构图和组成图，以及根据数字PID控制算法进行控制的程序流程图。

The thesis gives the system structure picture , system composing picture and the flow chart of the program .

采用增量式PID控制算法，设计PID控制程序流程图对输出功率进行闭环控制调节。

Incremental PID control algorithm is used , PID control program flow chart is designed to adjust closed-loop control of the output power .

提出了对步进电机进行控制的PLC控制方法，并对其PLC控制软件设计进行研究，给出PLC控制的程序流程图，分析了其控制特性。

A kind of PLC control of stepping motor was introduced , software design discussed , the program flow-chart given , and control characteristics analyzed .

介绍了利用声卡和局域网实现B船站话音模拟系统的构想、工作原理和硬件、软件两方面的设计思想和程序流程图。

This paper describes the considerations of SES-B Voice Simulating System design by using audio adapter and LAN , its working principle , hardware and software and its program flow chart .

在系统的简化平均小信号数学模型的基础上，本文详细研究了双闭环系统中PI调节器的设计方法，给出了控制系统主要的硬件设计、部分软件设计以及程序流程图。

Based on simplified average small signal model , the paper develop design method of PI regulators which are applied in double closeloop system .

该文在汇编嵌入式软件程序流程图自动生成的研究基础上，提出了以PC值为基准条件的断点设置、检测机制以及虚拟插桩机制。

Based on the research of embedded assembly program flow chart automatic building , the breakpoint setting and checking mechanism , virtual instrumentation mechanism based on the PC values are proposed .

运用数据逻辑设计，ER图，程序流程图等对系统的设计过程进行详细的说明。

The performance data logical design , the ER chart , the program flow diagram and so on carries on detailed showing to the system design process .

在数学分析的基础上，通过Z变换.推导出三阶采样锁相环的结构图，并给出用微处理器实现数字化的8086汇编语言程序流程图。

In this paper , we give the structural drawing of filter based on math analysis by Z-transition , supply program flow diagram of the INTEL-8086 Assembly .

介绍了基于DSP的多通道自适应有源噪声控制系统，给出了系统的硬件结构及其工作原理，详细说明了有源噪声控制的自适应噪声控制算法，并给出了程序流程图。

A multi-channel adaptive active noise control system is proposed based on DSP . The hardware structure and working principles are given . The adaptive active noise control algorithm is elaborated .

对上述研究内容，本文设计了相应的算法，提供了程序流程图，并采用Visualc++设计编写了约15000行的程序。

At the basis of the above researches , the corresponding algorithms and flow charts were presented , and the programs consisting of about fifteen thousands lines was designed with Visual C + + , too .

结合S7&200系列PLC的特点，制定了通信规约，画出了PLC的主程序流程图，并给出了部分调试结果。

The communicate stipulations of an agreement is constituted according as the characteristic of S7-200 PLC . The main procedure flow chat is drawn . The part of debugging result is shown .

详细分析了程控放大电路、峰值采样保持电路、V／F转换电路的工作原理，并给出了程序流程图。

The operation principles of programmable amplifying circuit , peak sampling , holding circuit and V / F converting circuit are analysed in detail and program flow graphic is also given .

文中研究了一种基于DSP的永磁同步直线电机直接推力控制策略，并给出了该系统的硬件结构和程序流程图。

This paper applied direct torque control ( DTC ) tactics base on DSP to permanent magnet synchronous linear motor , gived the hardware structure and the software diagram of the system .

介绍了一种用可编程控制器（PLC）实现捆扎机自动控制的设计方案，详细地介绍了设计过程，给出了完整的程序流程图和部分控制程序。

It introduces a PLC design project to realize the auto-control of the binding machine and the whole design procedure in details and demonstrates a complete programmer flow chart and partial control programmer .

完成了GPS接收机数据采集的串口编程，并分析了NMEA-0183电文格式，给出了GPS信号提取程序流程图，并编程实现。

The serial port program for GPS data collecting , the format of NMEA-0183 sentences , and the GPS information extracting flow chart are given .

该文主要介绍了MES的开发平台、车间管理的数据流程图和能力需求计划程序流程图。

This paper introduced the development background , the data flow chart of workshop control and the program flow chart of Capacity Requirements Planning .

介绍了Windows映射模式/图形设备接口/设备描述表的概念及相互关系，并给出了基于MFC的程序流程图。

The concepts and relations of Windows mapping mode , GDI and Device Context are introduced , and the program flow chart based on MFC is provided in the end .

第五章介绍了怎样使用TMS320LF2407ADSP芯片实现三相应急电源的控制，并给出了控制程序流程图，总结了本控制系统的特点。

Realization of the digital control of EPS using TMS320LF2407A DSP is introduced in chapter five with flow chart of the programme set out .

具体介绍了数据采集器中的A/D转换芯片的工作原理，PIC单片机的通讯模块，实现数据采集工作的相应电路及程序流程图。

The principle of A / D converter , the communicating block of PIC microchip , the corresponding circuit and the flowchart are introduced in detail .

最后介绍了一种基于MSP430单片机的红外遥控器的设计方案，并给出了硬件电路和程序流程图。

At last , it presents a design of infrared controller based on MCU MSP430 , and gives hardware circuits and program flow charts .

用一个例子说明这种快速解码的全过程，并介绍了程序流程图。最后还指出由于实现解码效率的提高，从而提供了使用较长RS码的可能性，使之具有更大的纠错能力。

Finally , the paper points out that the improved efficiency of decoding enable us to use longer code lengths of RS codes , of which the error-correcting capability is more powerful .

接着在总体设计中，根据功能不同将监测系统中用到的无线传感器节点分为网络中的数据采集节点和基站（sink）节点，建立了整体的程序流程图。

Then , according to the different functions , the overall process flow diagram is found and wireless sensor nodes is divided into data acquisition node and sink node in monitor system .

在分析m序列优选对，Gold序列的产生方法和相关特性的基础上，给出了使用Matlab仿真软件搜索m序列优选对和Gold序列的实现方法，以及搜索程序流程图。

On the basis of analyzing generating ways and correlation performance of optimum m sequence pairs and Gold sequence , the computer realization of how to get them with Matlab is presented , and the program flow chart are provided .

介绍了PLC在电梯并联控制系统中的应用，给出了系统组成框图及程序流程图，并对各功能模块进行了较详细的分析。

The application of PLC in the parallel control system of elevator control system is introduced . The system composition block diagram and program flow charts are presented , and the function modules are analyzed in more detail .

提出一种基于PLC的仿人智能PID控制策略，给出了程序流程图和梯形图，并将其应用于试验电炉的温度控制系统中。

A Human-simulating intelligent PID control scheme based on PLC is suggested , and the program flow chart and echelon chart program are presented , then the scheme is applied in the temperature control of testing electric furnace .