The client program , the middle ware and the server program design are partially realized at the base of computer technology in the need of semiconductor device simulation and the partitioning of functional modules for the simulation system , then the discussion on the input parameters and the analysis for the output result are implemented 探索了器件并行模拟系统所需的计算机技术和模拟系统的功能模块划分，并具体部分实现了客户端程序设计、中间件设计和服务器端程序设计，运用它完成对晶体管的掺杂浓度分布、电子和空穴浓度模拟，并对输入参数进行了讨论和计算结果输出进行了分析。
In the numerical methods section , a finite element / control volume mold filling simulation , a tensor representation of fibre orientation and a finite element solution of the transient fibre orientation equations are combined in the program . the input data and output results are visualized by means of finite element software 程序中用有限单元控制体方法模拟模压流动，用表征纤维取向的张量和有限元伽辽金方法来解决瞬时纤维取向方程，用计算机图形原理编程实现对smc流动轨迹、纤维取向分布的计算机模拟。
The artificial neural network has been used to establish the mapping relation between the seismic reliability of concrete dam and the factors affected on which . the collected data has been used to train and test the artificial neural network model . the output result is good , which proves the map ability of artificial neural network and the prediction of seismic reliability of concrete dam is feasible 运用人工神经网络建立了混凝土大坝抗震可靠度与影响它的因素之间的映射关系，将收集的混凝土坝抗震可靠度数据对模型进行训练和测试，结果表明人工神经网络具有很强的映射能力，对混凝土坝抗震可靠度的预测是可行的。
The result showed that appraise and keep the same with traditional output result with weighting related degree to peanut breed , 100 - seed weight , 100 - grain weight , yield per plant , full - pod rate and offer the rice rate are dominant in affecting yield , but main stem height and side branches length are not dominant in affecting yield , the method is simple , easy to master 结果表明：用加权关联度对花生品种进行评价与用传统产量比较结果一致，百果重、百仁重、单株生产力、饱果率、出米率在影响产量诸因素中占主导地位，主茎高、侧枝长对产量影响较小，且方法简单，容易掌握。
As a mature technology for its static and accurate positioning , is widely used in the fields of geoscience study , geoid survey and other survey applications , which has brought about a new revolution for the methods and ways of survey . the digital photogrammetry can effectively reduce the work of the field survey and alleviate the labor intensity . its output results , such as digital ground model and digital products , can be widely used for engineering construction ; the outlook of its application has a bright future Gps静态精密定位作为一种成熟技术已广泛应用于地球科学研究、大地测量等各个测绘应用领域，给测量手段和方式带来了一场新的革命；数字摄影测量技术可以有效减少野外测量的工作量，减轻劳动强度，其输出成果数字地面模型及其数字化产品，与工程建设结合最为紧密，应用前景非常广阔；遥感地质技术可为公路规划和设计从宏观上提供准确可靠的工程地质资料； cad作为一种可以极大地提高设计效率的有效手段已经被广泛采用，目前正朝着可视化、动态化、三维化方向发展。
The amalgamative logical circuit used the one that company lattice produced , the system programme chip could finish the merger of lots of the categorized dsp little system ' s output results , according to certain algorithm . and this circuit can grade join , in order to join more categorized dsp little systems 融合逻辑电路用lattice公司生产的在系统可编程芯片按照一定的算法完成对多个分类dsp小系统输出结果的整合，并且这种电路可以级联，以便连接更多的分类dsp小系统。
The categorized dsp little system relies on bp algorithm to finish primary discerning and classification to the goal . according to certain algorithm ( for example bp algorithm ) . adjudicate dsp little system will finish the final adjudicate to lots of categorized dsp little system ' s output results 分类dsp小系统依靠bp算法完成对目标的初步识别和分类，判决dsp小系统完成对多个分类dsp小系统输出结果按照一定算法(例如bp算法)进行最终判决，并返回识别结果的编码。
After getting online results , combustion expert controller gained relevant ratiocinate output results by integrating technical parameters of online inspected system , combustion computed results and diagnostic and manipulated countermeasure of knowledge base , then which could propose operator for choosing a suitable control method using concentrated corresponding rules 在得到在线计算结果以后，燃烧专家控制器综合在线检测系统提供的工艺参数，以及燃烧计算的结果，使用存放在知识库中的诊断和操作对策，得到相应的推理输出结果；利用规则集的相应规则，提示操作工选用合适的控制方法。
In order to prove the fuzzy controlling algorithmic correctness , the moving process of car can be simulated by computer technology . the simulating program may be written with c + + and matlab , then can get two curves that they are track simulating and outputting result by starting the progra m 为了验证该模糊控制算法的正确性，利用计算机仿真技术对小车的运动过程进行仿真，并采用了c + +和matlab两种语言进行混合编程，编制了仿真程序，得出仿真轨迹曲线和输出结果曲线。
