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。
According to the zero tree theory , this paper make improve in edge handle , code rate distribute . guaranteed the quality of the picture , realized the picture transition in low code rate . this paper discussed the every one part of program ' s principle and realization 本文在应用零树法基础之上,对传统零树法在边界处理、码率分配等方面作了进一步改进,实现在保证图像质量的前提下,在较低码率下实现图像传输,本文讨论了各个部分程序的原理和实现,并给出了比较重要的数据结构代码源程序。
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。
On the foundation , this article will give some theory analysis for current computing of electricity power system , part of procedures for mathematics pattern for newton ' s method proceeds theory analysis , detail studying the newton ' s method of procedure designings and giving out the processes of begging solving 在此基础上,本文对电力系统常用的潮流计算进行了理论研究,主要对牛顿-拉夫逊法进行了理论分析,详细探讨了牛顿-拉夫逊法程序设计的数学模型,并给出了求解过程的部分程序。
This paper presents a multisensor intelligent measuring system based on can bus , which measures parameters of the grain in storage : temperature and moisture content of the grain in storage , temperatures and humidity of the outside air and inside air respectively . the methods of information processing in the system are also importantly discussed based on this system . this paper introduces soft measurement technology , the same and difference between soft measurement and virtual instrument , and how to predict the state of grain condition according to the measuring data with fuzzy rules and fuzzy reasoning 本文即以一种基于can总线的集温度、湿度、水分检测为一体的多传感器智能化粮情自动检测系统为实例,着重对系统中的信息处理方法进行了研究,并介绍了软测量技术、以及它与虚拟仪器的相同点和不同点,详细阐述了其在系统中的应用及如何根据测量数据利用模糊规则库和模糊推理对储粮状态进行估计,最后提出了利用工程软件matlab进行粮情参数检测信息处理与图形化显示方法,给出了上述信息处理方法的软件流程和部分程序,提高了整个系统的可靠性,使得粮情判断与决策等信息处理具有较高的准确性。