domain engineer中文是什么意思

• 领域工程师

• domain    n. 1.领土，版图；领地。 2.管区，势力圈；(特定动 ...
• engineer    n. 1.技师；工程师。 2.机械设计者，机车制造人。 ...
• engineer    n. 1.技师；工程师。 2.机械设计者，机车制造人。 3.(轮船的)机师；〔美国〕(火车的)司机；驾驶员。 4.(海军的)轮机军官；(陆军的)工兵。 a civil engineer 土木工程师。 a naval [marine] engineer 造船工程师。 a chief engineer 1. 总工程师。 2. 轮机长。 a first engineer 一级机工。 a student engineer 见习技术员。 the Corps of E-s 工兵部队。 the Royal E-s 〔英国〕皇家工兵。 engineer in charge 主管工程师。 engineer in chief 总工程师。 vt. 1.设计，监督(工程等)。 2.操纵。 3.图谋，策划，策动。 vi. 做工程师。
• engineer the    工程师
• domain    n. 1.领土，版图；领地。 2.管区，势力圈；(特定动物等的)生长圈；(学问、活动等的)领域，范围；【物理学】磁区，畴；【数学】域；整环。 3.产业，房地产；【法律】土地[产业]所有权。 4.【计算机】域名(＝ domain name)。 the domain of Great Britain 英国的版图。 the domain of science 科学领域。 Geography is not within my domain. 地理不是我的专长。 We enter the domain of the pine trees. 我们进入了松树生长带。 be out of one's domain 非其所长。 domain of use 【法律】地上权。 eminent domain 【法律】(国家对一切产业的)支配权，征用权。 -al,-nial adj. 1.属于某一领地[领域]的。 2.拥有领地的。
• the domain    领地
• chief engineer; engineer-in-chief    总工程师
• chief engineer；engineer-in-chief    总工程师
• engineer - aeronautical engineer    航空工程师
• engineer - agricultural engineer    农业工程师
• rd engineer 2nd engineer    二管
• th engineer 3rd engineer    三管
• domain domain name system    域名系统规范
• time domain and frequency domain    时域与频域
• time-domain and frequency-domain    时域与频域
• - to engineer is human    操纵由人
• a istant engineer    助工; 助理工程师
• a qualified engineer    一位合格的工程师
• acoustics engineer    声学工程师
• acting engineer    代理工程师; 代理轮机员
• administration engineer    管理工程师
• advisory engineer    顾问工程师
• aerial engineer    航空工程师
• aerodynamics engineer    空气动力工程师
• aeronautical engineer    航空工程师

• 2 . this dissertation have presented a type of component based software development ( cbsd ) method , combined component technology with uml language , made a in - depth study of key process and key technology of cbsd , such as software architecture and domain engineering
  提出了一种基于组件的软件开发（ comnonent based8onwaredevelopment ，图cbsd ）方法，将uml与组件技术相结合，深入研究了cbsd中的关键技术? ?领域工程和软件体系结构以及cbsd关键过程。
• With the background of the work in " the developing platform and key technologies for vehicle electric system " , this thesis mainly focuses on the research of domain engineering . firstly , analyses component and architecture of component , concludes some concepts of component and the architecture of componet , secondly , researches three type general component model and compare them , thirdly , carefully researches the technology of face domain of the development of embedded component , not only anlysises hardware and software feature of the embedded system and the concept of embedded component , but also the relation of general component model and embedded system . finally , researches the development technology of embedded component in domain , and explains carefully the concept of domain engineering and the three important activities of domain engineering : domain analysis 、 domain design 、 domain implementation , and explains the concept of application engineering and the relation of domain engineering and application engineering , then explain the theory of requirement engineering and component library
  首先,分析了组件和组件框架的概念,对三种通用组件模型进行分析比较;其次,在面向领域的组件化嵌入式软件开发技术方面也进行了深入的研究,不仅分析了嵌入式系统的软硬件特点和有关嵌入式组件的概念,而且探讨了通用组件模型和嵌入式系统之间的关系;最后,研究了面向领域的组件化嵌入式软件的开发技术,阐述了领域工程的概念和领域工程的三个重要活动:领域分析、领域设计、领域实现,也详细的阐述了应用工程的概率以及领域工程和应用工程的关系,然后还阐述了需求工程和组件库的有关理论。
• Based on wfomm , the domain engineering , design pattern and uml imported , the thesis puts forward a reusing - based cims integrated modeling scheme . it resolves the reusing problem among the whole process from requirements to design , till coding . the thinking of domain engineering is used all through the thesis so that the commonness and varieties of the different enterprises are modeled in the same domain , consequently completes three phases , inductive and iterative model analysis , model design and model realization , while saving the reusable resources for the same domain
  本文始终贯穿领域工程的思想，采用作者提出的表示抽象层次可复用资源的抽象分析模式，从而实现了企业模型、参考模型、建模构件三个阶段的从上到下逐步求精和从下到上归纳和反复的企业领域分析、设计和实现过程，并对每个阶段形成的可复用资源进行保存，供其它相似领域中进行领域分析使用，以全面实现资源的复用。
• First , domain engineering is put forward by domain analysis of levy & check domain . then sa and software reuse is analyzed to design of toll collection supervision system , including sa , database , and process . the toll collection supervision system we developed is not only praised by user , but also can be well reuse to levy & check domain
  本文首先从领域工程入手，对征费领域进行领域分析；接着结合软件复用以及软件体系结构相关知识对可复用的征稽系统进行方案设计，包括体系结构设计、数据库设计、过程设计等；最后给出了征稽系统的实现。
• The method of domain engineering based on quality function deployment ( qfd ) is represented in this dissertation to analyze the requirement of the clients , then the idea based on uml getting for component from oriented object system is represented , use uml to attain the useful block and turn it into a software component
  本文首先将质量功能部署方法和领域工程方法相结合,分析客户需求,然后提出在现有面向对象系统中基于uml的软构件获取思路,实现现有系统中可复用程序体的抽象和提取。
• But telecom resource management relates to a lot of the resources and much operation and it is very difficult to put forward the perfect scheme . the operation support platform about telecommunication resource management is a scheme that adopts the idea of the domain engineering and integrate the theory of the design pattern and software architecture
  电信资源管理运营支撑平台( trm - osp ， telecomresourcemanagement - operationsupportplatform )是采用领域工程的思想，结合面向对象的设计模式与体系结构理论所提出来的一个针对电信领域资源管理的解决方案。
• Domain engineering technology was widely used nowadays in the process of traditional software development , thus make the software developing more efficient than ever , such as : it mentions in this thesis the development of the embedded component in domain of the high level vehicles
  领域工程技术已经广泛渗透到传统软件的开发之中,使得面向特定领域的软件开发效率大大提高,如:本文中阐述的客用汽车电器领域的嵌入式软组件开发。本文对领域工程技术进行了较为深入的探讨。
• Firstly , we use the domain engineering theory to abstract the domain demand , build the domain demand model and the domain analysis model . then , we build up the object structure model and the object behavior model . lastly , by analyzing the features and advantages of acme and xml , we find the possibility of combination
  首先，用领域工程的思想来进行领域需求抽象，建立领域需求模型和领域分析模型；然后，建立对象结构模型和对象行为模型；最后，重点分析了acme和xml两种形式化描述语言的各自特点和优势，分析两者集成的可能性。
• Secondly , it dissertates the conception , class , and component models of software components technology as further development trends in this area . the crux of software reuse is consists of software architecture , domain engineering , software reengineering , open system technology , component based software development ( cbsd ) , and case technology
  接着具体论述了作为软件复用的最新发展趋势的软件构件技术，介绍了软件构件的定义、分类、构件模型，以及支持软件复用的关键技术包括：软件构架、领域工程、软件再工程和开放系统技术、基于构件的软件开发( cbsd )和case技术等等。