1.For example, in the non-Internet world, multiple entities such as AcmeBicycles and Acme Buildings can share the same trademark, but on the Internet only one acme .com can exist.
例如，在非Internet世界中，几个实体，如Acme自行车公司和Acme大楼可共享同一商标，但在Internet上，只能存在一个acme.com。
2.Based on that, UML and ACME technology are analyzed and the use of UML and ACME in component-oriented developing process is set forth.
在此基础上,重点分析UML和ACME,阐述了UML和ACME在构件化开发过程中的使用。
3.After analysis of UML and ACME,UML and ACME usages in component_oriented developing process are set forth.
在分析UML和ACME后,文章阐述UML和ACME在构件化开发过程中的使用。
4.Then, a set of extensions to the structure model and behavior model of UML are proposed, and the description of architecture template, which is based on the open semantic framework of ACME, is also given.
接着探讨了 UML 对象结构模型与行为模型的语义扩展,完善 UML 语义表达能力,通过引入基于 ACME 开放语义框架的构架模板描述,形成 XUML/ACME 集成建模方法;
5.Then the Use Case view and Logical View are described by UML. Furthermore the models of the main components and connections are described by ACME.
然后用UML描述了系统体系结构的视图模型:进而用ACME/ADL描述了系统主要构件的交互模型;
6.Based on research and development of Integrated Supply Chain Management (ISCM), we adopt the process of component oriented software development, lay emphasis on the Integrated Modeling Method of Agent, Petri net and ACME, and research on the architecture model and component model of JIT (Just In Time) software.
在集成供应链管理系统开发的背景下,本文以JIT软件的研制为基础,探讨系统开发的过程、方法和工具等软件工程问题。 整个研制工作贯穿基于三层体系结构的构件化软件开发过程,综合使用统一建模语言UML、Agent方法、Petri网方法和体系结构描述语言ACME建立软件模型。
7.The CGI program design principles and methods using C language as a tool and ACME thttpd as Web server are discussed.
讨论了在嵌入式Linux系统下,采用ACME的thttpd作Web服务器,用C语言进行CGI程序设计的原理和方法。
8.ACME is an interactive network of parallel process, which is large difference to analogical mapping thinking of human;
ACME是一个并行加工的网络模型，它与人类是思维过程差异较大；
9.It indicates: to some degree, SME and ACME is close to analogical mapping thinking of human, but IAM is large difference.
这表明在一定条件下SME和ACME似乎更符合人的类比映射思维，而IAM相差较远。
10.Then architecture description language (ADL ) is analyzed, and ACME is choosed to describe the system in a formalized language, and UML is to model system in a visualized language.
接着重点分析了体系结构描述语言ADL，选择一种可交换的体系结构描述语言——ACME来作为形式化描述语言，选择了统一建模语言——UML作为可视化建模语言，为集成建模作理论准备。
