查询词典 holonomic system

Laboratory equipment managements system is a typical management information system, the system is a software system that adapts to the urgent need of management of laboratory equipments to school, the development including two aspects, one is the establishment and maintenance of the background database , the other is the development of fore-end application. After analysis and comparison, we decide to use ASP and SQL as the development tools, use various object-oriented development tools. Especially the data window , an intelligent database objects which can control the database conveniently and simple. First establishes application system prototype in a short period of time, and then, carries out the need iteration on the initial prototype system, constantly revised and improved, till to the viable system that the users satisfy

摘要实验室设备管理系统是一个典型的信息管理系统，本系统是一个为适应对学校实验室设备管理的迫切需求而设计开发的软件系统，其开发主要包括后台数据库的建立和维护以及前端应用程序的开发两个方面，经过分析和比较，我们决定使用ASP和SQL作为开发工具，利用其提供的各种面向对象的开发手段，尤其是数据窗口这一能方便而简洁操纵数据库的智能化对象，首先在短时间内建立系统应用原型，然后，对初始原型系统进行需求迭代，不断修正和改进，真到形成用户满意的可行系统。

That the system and closed-circuit television of outdoor including guarding against theft of the indoor warning system, fire fighting warning system and urgently seeks help the system and goes out the population brain and guards against theft to the system speaking and the coal gas to leak to report to the police makes a video recording the monitor system and the outdoor go the rounds as a night watchman the system registered one's attendance.

包括室内防盗报警系统、消防报警系统、紧急求助系统、出人口控制系统、防盗对讲系统、煤气泄漏报警系统、室外闭路电视摄像监控系统、室外的巡更签到系统。

O the system should be put into an expending system to be dealt with, which includes the original system, the environment system and the band boundary. There are various complex interactive relationships between the original system and the environment system in an expending system; therefore the band boundary becomes a gradational boundary.

AR系统理论借用了生物系统中的许多重要概念，比如感知、反应、捕获、游离等来研究这类复杂系统的演化问题，认为开放系统的复杂性主要是由系统与环境之间的相互作用关系产生的，而这种相互作用关系最集中地体现在系统边界上，因此必须把系统、环境以及边界三者一起放到一个更广泛的全系统中进行处理。

Jiangsu Zhongya Heavy Industries Co., Ltd is a professional company engaged in the design, installation, adjustment, repair and maintenance of the shield machine hydraulic system, centralized lubrication, grouting system, mudding system, pneumatic system, water supply and draining system, tail seal system, foam system and pipelines.

江苏重亚重工有限公司是从事盾构液压、集中润滑、注浆、加泥、气动、供排水、盾尾密封、泡沫系统及管路的设计、制造、安装、调试和维修维护的专业公司。

In this paper, searching technology of product information based on knowledge was researched. On the aspect of cognition, we researched the relation between user\'s cognition and designer\'s cognition, explored the knowledge flow in the process of product development, set up a matching model between user\'s knowledge and designer\'s knowledge, brought forward a modeling method based on users\' cognition, and set up a measurable model of product feature; coded and decoded product form element, set up a computer aided product form design system and image evaluating system based on the result of measurement. Accordingly, the product style and product image were systematically discussed, the recognition space of product style and image was constructed, the factors that affect product style and image were put forwards and analyzed, and the relation between product image and form elements was tested by experiments. Furthermore, the product automatic recognition technologies were discussed.And then, with the media of concept model and the kernel of parameter technology, a mathematic model that describing product layout design by constraints and rules was presented. Furthermore, a product design integration system based on imagery thinking including product fonii base system based on imagery thinking, product form design system based on imagery thinking and product form intelligent design system based on space layout were set up, which tested the system and provided a new way for product innovative design.

本文以产品特征描述目标对象——产品，研究一种基于知识的产品信息检索技术，在对产品的认知方面，研究了用户认知和设计师认知之间的关系，研究了产品开发过程中的知识流传递过程，建立了用户知识和设计知识之间的匹配模型，提出了一种基于用户知识的产品建模方法，它不但提取了产品的特征，还建立了产品特征量化模型，从而实现了产品知识的量化描述；对产品造型元素进行分解和编码，利用实验量化结果构造计算机辅助产品形状设计系统和心象评价系统；使用量表分析造型元素的心象尺度，构造输入、输出系统，建立了产品设计知识库咨询系统，可以方便用户和设计师来导入或查询产品设计方案；实现了对产品造型心象的分类知识库系统，便于设计师存储或查询，辅助设计师进行产品创新设计；通过实验量化了产品造型参数和产品心象参数之间的关系，并在此基础上建立了基于心象的产品形状设计系统，为产品空间布局方案智能生成系统奠定基础；在基于知识库的基础上建立了产品空间布局方案智能生成系统，通过更改概念产品造型参数，实现了产品设计方案的智能生成，使系列化的设计工作变得十分方便；将产品的心象运用到实际设计过程中，能够引导流行趋势，创造出产品无形的设计价值。

In accordance with these questions, one kind of method solving these issues was put forward in this text, and namely adopting mathematics to build the method of pattern, by w-ay of studying the big needle drum system of PASSIM's cigarette machine, to use the mathematical model of big needle drum system of " black box " method establishment, and uses whole parameter and the correlation coefficient to map out the big needle drum system mathematical model of least square method, the question time lapse that what in accordance with the system exists pure adopts Smith compensator to estimate the compensator in advance solving the issue of system lag, and uses whole fixed method of frequency conversion control engineering and PLC's control engineering and PID etc to put into effect transforming to the system, and finally by way of theory verify and reality to verify to prove the success of system transformation.

针对这些问题，本文提出了一种解决这些问题的办法，即采用数学建模的方法，通过研究PASSIM卷烟机大针鼓系统，利用"黑匣子"方法建立大针鼓系统的数学模型，并运用最小二乘法整定出大针鼓系统数学模型的参数及相关系数，针对系统存在的纯时滞问题，采用史密斯预估计补偿器来解决系统滞后的问题，并利用变频控制技术和PLC控制技术、PID参数整定方法等对系统实施改造，最后通过理论验证和实际验证证明了系统改造的成功。

Specially, the author hopes to find whether the financial system development promotes the provincial per capita, the accumulation of provincial savings, the formation of provincial capital, the advancing of productivity, the bettering of industrial structure and the shaping of firms. Finally, according to the result of the empirical study, the author brings forward the Contradiction of Chinese Financial System Development during transition period. To explain the Contradiction, the author puts forward a hypothesis: time consistency and institution coupling of the optimal system arrangements. Within the hypothesis framework, the author analyses and explains the contradiction's essential, and seeks the reason of Chinese financial system development's path formation during transition period. After judging the efficiency of Chinese financial system development prudentially, the author gives his advices on how to drive Chinese financial system to the"Growth-Enhancing Financial System Development"path. The dissertation is divided into five chapters. It consists of as follows: Part I includes foreword and Chapter One"the review of financial development theory and literature". In foreword, the author expounds the fundamental definition and basic theory. In Chapter One, the author first analyses the"finance-growth"nexus in theory, and which constitutes the foundation of the concrete mechanism of finance affecting growth.

首先对金融发展与经济增长的关系在理论上进行了梳理，指出金融发展能够促进经济增长，金融是现代经济增长的"第一推动力"；其次将这种理论关系分解，借助当前本领域的最新研究方法和工具从宏观和微观层面验证转轨时期中国各地区金融发展与经济增长传导机制的效果，即金融体系的发展是否有效地促进了各地区人均产值的增加、储蓄的积累、资本的形成、生产力的提高、产业结构的调整以及企业的成长；最后在实证检验的基础上提出"中国金融发展悖论"，并在"最优制度安排的动态一致性与制度耦合"假说的框架内来分析中国金融发展悖论的真实内涵以及中国金融发展路径形成的原因，审慎评价转轨时期中国金融体系的发展效率，初步探讨了中国金融体系走向"推动经济增长"金融发展道路，指出实现金融对现代经济的"第一推动力"作用所应努力的方向。

Noted by www.SSEweb.net 】 Yon CHUNG (1964-), Male; Member, Experts Group on Social System Engineering; Chief Expert on Social System Engineering, Realizer Beijing Institute of Social System Engineering; Research Fellow, Research Center of Intellectual Property, China University of Politics and Law; Attorney at law, Attorney at law, Realizer Beijing Law Firm; Director, The International Research Project on "Systems Thinking of Chinese Leadership"; Former Director, Center of Legal System Engineering, Central Leadership Institute of Politics and Law, and Former Superintendent, Comprehensive Teaching Department of Social System Engineering School, China University of Politics and Law. He has been exploring the Legal System Engineering, Somatic Science, etc. under the support and instruction of H.S.TSIEN (the progenitor of Engineering Cybernetics and Chinese rocketry, missilery, spaceflight and System Engineering) from early 1980s.

常远(1964-)，男，社会系统工程专家组成员，北京实现者社会系统工程研究院首席社会系统工程专家，中国政法大学知识产权研究中心研究员，北京实现者律师事务所律师，"中国领导层系统思维"国际研究计划(The International Research Project for Systems Thinking of Chinese Leadership)主持人。20世纪80年代初开始在钱学森(工程控制论奠基者，中国火箭、导弹、航天、系统工程之父)支持和指导下从事法治系统工程和人体科学等领域探索；曾任国家教育委员会北京教授讲学团法治系统工程研究所所长、中央政法管理干部学院法治系统工程中心主任、中国政法大学社会工程学院综合教学部负责人；1993被联合国区域间犯罪与司法研究院列入专家名册，1996年被授予"司法部优秀青年"称号。

Noted by http://www.SSEweb.net/】 Jian-Guang YANG(1960~), Male, J.S.D., Member, Expert Group on Social System Engineering; Professor, Section of Legal System Engineering, Law School, SUN Yat-Sen University; Chief Expert on Social System Engineering, Research fellow, Depertment of Political System Engineering, China Aerospace Laboratory of Social System Engineering; Realizer Beijing Institute of Social System Engineering; Attorney at law, Gunagdong Lingnan Law Firm; Member, The International Research Project on "Systems Thinking of Chinese Leadership"; member, The Steering Committee of the Network of Social System Engineering http://www.

杨建广(1960~)，男，法学博士，社会系统工程专家组(Expert Group on Social System Engineering， EGSSE)成员，中山大学法学院教授、法学研究所法治系统工程研究室主任，中国航天社会系统工程实验室政治系统工程部研究员，北京实现者社会系统工程研究院首席法治系统工程专家(前任首席法治系统工程专家为吴世宦)，广东岭南律师事务所律师，"中国领导层系统思维"国际研究计划(International Research Project for Systems Thinking of Chinese Leadership)成员，亦兼任社会系统工程网 http：//www。

Chapter 2, development environment introduction, elucidation development environment of the system;Chapter 3,demand analysis; Chapter 4,system design, carry on total design and function design of the system;Chapter 5,database design and realization, carry on demand analysis(namely the database table design),the logic design(namely the relation of each talbe of database) and the design of the procedure process of the database; Chapter 6,system realization, introduce the carry out of main process of each module in this system;Chapter 7,system test, relate the movement and the test step of the system;Chapter 8,summary and outlook, scan widely future.

第二章是开发环境介绍，说明系统开发的环境；第三章是需求分析；第四章是系统设计，对系统进行总体设计和功能设计；第五章是数据库设计与实现，对数据库进行需求分析、逻辑设计（即数据库各表之间的关系）和存储过程的设计；第六章是系统实现，详细介绍了本系统各个模块的主要部分的实现过程；第七章是系统测试，讲述系统的调试和测试步骤；第八章是总结与展望，放眼未来。

Objective To investigate the relationship between ovum fertilization rate and sperm morphology, acrosome reaction in IVF and to explore the influence of parameters of sperm on fertilization rate.

目的 研究体外受精(in vitro fertilization，IVF)中精子形态、顶体反应与卵子受精率之间的关系，分析精子各参数在IVF受精率方面的参考意义。

A: I hear Mr. White wants to run for the Presidency!

我听说怀特先生要参加总统竞选！