Delphi is an object - oriented program - developing tool with its strong visuality . the visual interface of evaluation model developed by delphi that simplified the process of abundant statistics and calculation can comprehensively evaluate the measured environment parameter conveniently 本文运用delphi语言设计出可视化的评价模型界面， “简化”了模型中大量的统计与运算过程，可方便地对测定的环境参数进行综合评价。
The pictures are managed , operated on , and calculated by a set of function modules , and with ttend analysis , abnormity and geological background is expressed in image form , and multipie functions , such as automatic searching for abnormal location , query and evaluation , are accomplished 用一系列功能模块对图像进行管理、操作与运算。应用高次趋势面分析，以图像形式表达异常与地质背景，实现了异常自动搜索定位、查询与评价等多种功能。
In this article , we compare scm with dsp in their architectures and operation speeds and design a motion controller based on the 16 - bit fixed - point digital signal processor tms320lf2407a , by which we realize the controls of eight axes of step - by - step motor or servo motor 本文通过比较单片机与dsp芯片的体系结构与运算速度，设计了一种基于ti公司的16位定点数字信号处理器tms320lf2407a的八轴步进/伺服运动控制器，实现了对步进电机和伺服电机的运动控制。
With china entering wto , the competition between enterprises becomes more intense , and enterprises are paying more emphasis on the appraisal of their customers " satisfaction , they need to utilize the electronic business and other net resources , the modern computers " storage and calculation advantages and the rapidly developing communication technologies to support and build up a system to collect , analyze and evaluate data about customer satisfaction 随着我国加入世贸组织，企业间的竞争愈加激烈，因此企业对自身的顾客满意评价的重视程度日渐提高，迫切需要利用电子商务等网络资源和现代化的计算机存储与运算优势，以及迅猛发展的通信手段来支持建立顾客满意信息收集、分析和评价系统。
The signal generator of sweep frequency is based on dds device ad9954 , the signal measuring circuit is based on gain and phase detector ad8302 , the real - time control and deal circuit is based on tms320vc5409 , and the periphery interface circuit is based on at89s52 . the system can generate sweep frequency signal with the frequency range from 100khz to 150mhz , and with the power range from - 45dbm to + 18dbm . it can measure the gain and phase of the network , display the measure data by liquid crystal displayed and print it by the printer 该测试仪以dds芯片ad9954为核心构成扫频信号源电路,以增益相位检测器ad8302为核心构成检测电路,以dsp芯片tms320vc5409为核心构成控制与运算电路,以及以at89s52为核心构成外围接口电路。该测试仪能产生频率范围达100k ~ 100mhz ,功率范围为- 45dbm ~ + 18dbm的扫频信号,能对被测网络的频率特性进行测量,并留有丰富的外围接口,可以将测量数据绘图通过lcd显示或者由打印机打印输出。
In the paper , the design of the real - time test system for crystal parameters is presented . the signal generator of sweep frequency based on dds device ad9852 , the signal measuring circuit based on gain and phase detector ad8302 , and the real - time control and deal circuit based on tms320vc5416 and the design of high - speed printed digital & analog circuit board are discussed in details 本文阐述了晶振实时测量系统的设计，介绍了以dds芯片ad9852为核心的扫频信号源电路，以增益相位检测器ad8302为核心的信号检测电路，以dsp芯片tms320vc5416为核心的实时控制与运算电路，以及高速数模混合电路板的设计方法。
Part one , which only contains chapter 1 , mainly studies the two categories of value of higher education , the inference of higher education evaluation , quantified medium of evaluation , operating medium of evaluation , classifying methods of evaluation , and the scientific methods of evaluation 论文由四部分共七章组成。第一部分包括第一章，主要研究高等教育的两类价值形态，高等教育评价的推理，评价的量化中介与运算中介的结构，评价方法的分类，以及评价方法的科学性。
This is an annual conference on recent developments in enabling technologies ( processing power , mechatronics , walking machines , articulated vision heads and more ) , as well as findings and developments in other related fields ( e . g . , studies of the human brain , linguistics , psychology , and computation ) 这是一年一度讨论专利科技之最新发展（处理效能、机电工程、移动机器、接合式视觉头等等）的会议，也包括其他相关领域的发现与发展（例如人类脑部、语言学、心理学与运算的研究） 。
The key of the algorithm is identification of plant . based on analysis and calculation , the thesis presents the theory and method for minimum phase plant identification . the plant with uncertainty can be estimated through plant response to a short - duration step control effort acting directly on the plant so that the pdf control coefficients can be computed 该算法最重要的是对对象的辨识，经过大量的分析与运算，本文提出了在对象为最小相位时，辨识对象的阶数及其高阶项系数的理论和方法，即以阶跃信号直接激励被控对象，对其输出信号进行差分运算，利用所得的值判定对象的阶数及其高阶项系数。
