位置参数

• In the curve ( empirical formula ) , the concrete rebound value with wide randomness is a dependent variable , while the compressive strength value with narrow randomness is an independent variable , and a location parameter is added , so it is more suitable for engineering practice
  将随机性较大的混凝土回弹值作为因变量，随机性较小的抗压强度值作为自变量，并且增加了一个位置参数，更加符合工程的实际情况。
• An algorithm of detection and location for scoreboard is proposed . firstly , the template of scoreboard is built using multi - dimensional correlation , it involves the location and the detection parameter . then the scoreboard is located by the template matching
  3 .记分牌检测和定位,首先对含有记分牌的帧图像进行多维相关性分析,随后对记分牌进行定位,同时得出位置参数和检测参数来创建记分牌模板,最后利用模板匹配的方法进行记分牌检测和定位。
• The thesis takes more careful consideration for many applied details in engineering structure optimal technology and introduces the position - parameters of main load - carrying spars into optimal design variables , which greatly improves practicability of optimal technology and working - time efficiency compared with traditional size - parameters optimization . therefore , to author , it is a beneficial practice in engineering structure optimizing technology
  系统深入地考虑了工程结构优化设计技术中的诸多应用细节问题，并将结构的位置参数引入优化设计技术，大大提高了优化设计技术的实用性，较传统的元件参数优化技术大大提高了优化工作效率，在工程结构优化设计实用技术方面进行了有益实践。
• Based on the analyses on all kinds of structure and principle of hydraulic mounts , math mechanics model of hydraulic mount is set up by applying the theory of hydro - structure coupling , the mass parameters and geometry position parameters of each component in this model is imported into the software adams by entity data model established by three - dimension cad soft unigraphics . and dynamic analyse model of mount system is set up , simulation calculation is made on hydraulic mount component and mount system by using the software adams , the influence of model parameters on dynamic characteristics of hydraulic mount is analyzed and compared with experiment results , the correctness of hydraulic mount model is validated
  本文在分析各种液压悬置结构和原理的基础上，利用流体结构耦合理论建立了液压悬置的数学力学模型，模型各构件的质量参数、几何位置参数通过三维cad软件unigraphics所创建的实体数模导入到动力学仿真软件adams中，建立悬置系统的动力学分析模型，并运用adams软件对液压悬置元件及悬置系统进行了仿真计算，分析了模型参数对液压悬置动特性的影响，并且与试验结果作了比较分析，验证了液压悬置模型的正确性。
• The dimensions of this hybrid mechanism is " from the result of the example in chapter 4 . a rotary encoder is used to gather the position signal of the crank , according to which micro - computer control the rotation of the setup motor assembled with the other side link in order to adjust the position of this side link . only if we turn arbitrarily the crank connected to the rotary encoder , a given path is generated precisely
  根据第四章中优化综合得出的结果，制作五杆机构模型，采用一角度传感器测得作主运动的曲柄的位置参数，由单片机根据此参数来控制与另一曲柄相连的步进电机的转动，使连杆点精确再现给定的轨迹。
• This paper presents a revised method based on the adams multi - body algorithm through theoretical calculation and practical value validation for the acquirement of the positioning parameters of suspension key points , which satisfies the design demand and improves the accuracy of vehicle dynamic simulation result
  为了得到满足设计要求的悬架关键点的位置参数，本文提出一种基于adams多体算法的修正，通过理论推导和实车数值验证减少了参数偏差，提高了样车动力学仿真的精确性。
• Next , the author construct the two - stage confidece intervals for the parameters of the more general location and scale family . further , the author discuss the correspondent problem in normal linear models , design bonferroni , scheffe and the maximum modulus t . two - stage confidence intervals respectively
  接着，作者构造了更一般的位置刻度族中位置参数与刻度参数的两步区间估计，进一步，作者讨论了正态线性模型中回归系数的相应问题，分别设计了bonferroni ， scheffe和最大模t _两步区间估计。
• The system can operate under all weather conditions , 24 hours a day , anywhere on earth , and can provide land , marine and airborne user with continuous , highly accurate , three - dimensional position , velocity , time data etc . now gps receivers , as a type of advanced equipment on navigation and positioning , have been used in many fields in almost every corner of the world
  第一个产品，陆军定位导航仪，选取motorola公司最新型号? ? m12oncoregpsoem板，作为原始信号接收模块，通过串行通信，经cpu实时分析、处理，提取出相关数据，产生具体位置参数，并通过一定算法，输出并在lcd上显示导航信息。
• However most subdivision schemes do n ' t take the limit surface ' s convergence to some user - definded position parameters into account . so subdivision surfaces are always applied in computer animation and artware shape design , not in reverse engineering in which the position - setting constrains are appended to the result surfaces , precision machine design and medical image reconstruction
  然而由于大多数细分算法不考虑极限曲面收敛到用户指定的某些位置参数，细分曲面的应用始终只能局限在计算机动画和工艺品设计，无法越雷池半步，应用到对曲面有定位约束要求的反求工程中，参与精密机械设计与医学图象重建。