软件流程图

• The correlative functions of the device were configured and the corresponding setting principal of different function was presented . the functions of different modules were distributed and the hardware and software were designed , including hardware framework and the flow charts of software
  对保护装置需要实现的保护和相关功能进行配置，给出了相应的保护整定原则，并按保护与控制等功能要求配置了硬件和软件，包括硬件结构和软件流程图。
• Then we gave detailedly the hardware and software reality method of the resolvent introduced its hardware development theory , the reality method of all the circuits , and its theory chart , gave its total software flow chart and the reality method . at last presented the experiment conclusion
  本文中详细的给出了这一设计的软硬件实现方案。在硬件方面，给出硬件电路设计的原理，以及各部分的具体实现方法和原理图。软件设计中给出总的软件流程图。
• At the same time , the method of disposal phase shift of ct by compensation is introduced . then the analysis and statistic of electrical power quality , the control scheme and compensating amount of capacitor for reactive power compensation are analyzed respectively . and in the paper , the control with a / y and the switch with ac contactor and solid state switch is valid measure not only for improving operate level economically and amending electrical power quality but also for avoiding of replacing switch frequently and decrease economic loss
  然后对现有的算法进行了详细的分析、比较，筛选出既能满足硬件要求又可降低投资、保证精度、简化软件的方案，确定了准同步采样的方案，并通过对准同步采样误差的分析，提出了一种从45开始采样，从而提高精度的采样数据处理办法，同时，对于电流互感器相位漂移提出了一种补偿办法，接着对装置中电能质量分析与统计以及无功补偿中电容器的补偿量、投切原则也作了相应分析，其中对于无功补偿采用y混合接线，并利用交流接触器和固态开关共同投切电容，不但提高了经济运行水平、改善了电能质量，而且有效的避免了频繁更换开关，减少了经济损失；最后，设计了装置的硬件电路并绘制了相应的软件流程图。
• The main contributions of this dissertation are as follows : 1 ) forms a scheme of network maintance as well as realiztion of the problem testing software after a thorough analysis of the regular network problems and a pertinent comment on the merits and demerits of the network detection and maintainance methodology . 2 ) presents approaches to the realization of principles of network health testing , network resources list and connectivity testing in the network problem testing software , and gives a in - depth analysis of the key issues in design process with vivid flow charts and convincing testing results . 3 ) ponits out possible problems and offers feasible solutions in the migration and development of the embedded software from six aspects , touching upon byte order , semaphore , coding optimization , etc . 4 ) discusses the exception handling mechanisms and debugging process for the sake of improving software robustness
  本文的主要工作如下: 1 )研究了以太网常见故障并对网络探测维护方式的优缺点进行了详尽分析,根据项目要求确定了本系统的网络维护方案,并对故障测试软件的总体实现方案进行了设计; 2 )阐明了网络故障测试软件中网络健康测试、网络资源列表、连通性测试的原理,提出了相应的实现方案,分析了设计过程中的关键问题,并给出软件流程图和测试结果; 3 )从字节序、信号量、代码优化等六个方面谈论了嵌入式软件在移植开发中的注意事项; 4 )为提高软件的健壮性,讨论了本嵌入式系统软件采用的异常处理机制以及软件调试过程中的。
• Based on 80c196kc single - chip microprocessor ac sample system , this paper especially analyses various factors that influence the precision of half - cycle fournier arithmetic , makes improvement on many ways such as arithmetic , frequency measure , sample step partition , sample synchronization , a / d conversion , anti - jamming and parameter calculation , and finally provides applied hardware chart and software flow chart
  摘要结合80c196kc单片机交流采样系统，著重分析了影响半波付里叶算法精度的各种因素，并在交流采样算法、测频、采样步长划分、采样同步、单片机a / d转换、抗干扰以及参数计算等方面提出了改进，给出了实用的硬件图和软件流程图。
• In this paper , based on the detailed analysis of the measurement principle and the measurement method of the wide range pulse convert circuit board , the hardware circuit of the measurement system is designed , and the software flow hart of the measurement system is drawn in detail . the emphasis is to present the method to improve the system measurement precision by plenty of experiments
  本论文在详细分析了大量程脉冲变换电路板测试原理、测试方法的基础上，设计了测试系统硬件电路，较详细地画出了测试系统软件流程图，重点是通过大量实验总结出提高系统测量精度的方法。
• Then the hardware frame of the servo driver is introduced , especially the design of the dsp minimal system , current detecting circuit , speed and position - acquiring circuit , power circuit based on ipm are further researched . the software frame of the servo system is introduced and the flow chart is given . many experiments have been done on improving the speed and current response performance
  然后介绍了所设计的伺服驱动器的硬件框架，重点介绍了dsp最小系统、电流检测电路、位置检测电路和以ipm为核心的主电路；进一步介绍了控制系统的软件结构，给出了详细的软件流程图；针对系统电流环响应性能和速度响应性能作了大量的实验研究，从实验结果看出，高速时系统速度具有很好的响应性能，低速时速度响应性能较差，表现为速度有较大的脉动。
• Finally , this paper realizes the intelligent system combination structure excavate and mining of content , and provides corresponding software flow charts , function structure charts of the module , implementation methods and some procedure codes , and some interconnected system algorithms used in the process of the realization of the system
  尤其详细介绍了在系统中所使用的数据仓库模块的设计、实施以及owb软件体系结构的实现，并给出了相应的软件流程图、模块功能结构图、实现方法和部分程序代码，以及系统实现过程中所用到的部分算法。
• The chapter of software design firstly introduces the flowing chart of whole system , and discusses the whole design idea , giving the flowing chart of main program and interrupting service sub - routine of timer and part of program code . then interrupting service sub - program and velocity measuring sub - program are expatiated in detail
  软件部分首先介绍了系统软件流程图，论述了软件的整体设计思想，给出了主程序、定时器中断服务子程序流程图及部分程序代码，较详细地介绍了定时器中断服务子程序、速度检测子程序。
• 2 ) this article analyzes the function of the embedded wireless portable data collecting terminal , base on the analysis , design the hardware flat of the terminal , expatiate the hardware interface and program of the flat , show the flow chart of every program
  2 )对无线手持数据采集终端进行了功能需求分析，并按照功能分析对无线数据采集终端进行了硬件选型构建硬件平台，对相关的硬件接口和驱动程序的设计进行了较为详细的阐述，给出了无线数据采集终端软件流程图。