公开(公告)号：KR100401129B1

公开(公告)日：2003-10-10

申请号：KR1020010021338

申请日：2001-04-20

Applicant: 한국전자통신연구원

Inventor： 박광로 ,  송영준 ,  박성희

IPC: H04L12/40

Abstract: PURPOSE: A method for digitally embodying a bus arbitration in an IEEE 1394 transceiver is provided to maintain compatibility with a conventional reference through a decoding algorithm using only "0" and "1" when performing a bus automatic configuration and the bus arbitration, reduce a size of a logic circuit, and prevent an operation error. CONSTITUTION: When reconfiguring a system, an automatic configuration process of the system is started through a bus reset process. Each of nodes is configured as a topology with a tree structure, and a root is determined. A physical ID is added for identifying configurations using the tree topology. A node which transmits data through a bus obtains a use right of the bus.

Abstract translation: 目的：提供一种用于在IEEE 1394收发器中数字地体现总线仲裁的方法，以通过仅使用“0”的解码算法来保持与常规参考的兼容性。 和“1” 当执行总线自动配置和总线仲裁时，减小逻辑电路的尺寸并防止操作错误。 构成：重新配置系统时，系统的自动配置过程通过总线重置过程启动。 每个节点都配置为具有树结构的拓扑，并确定一个根。 添加物理ID用于使用树形拓扑识别配置。 通过总线传输数据的节点获得总线的使用权。

公开(公告)号：KR100395498B1

公开(公告)日：2003-08-25

申请号：KR1020000086747

申请日：2000-12-30

Applicant: 한국전자통신연구원

Inventor： 권오천 ,  전태웅 ,  박성희 ,  신규상

IPC: G06F9/44

Abstract: PURPOSE: An opened area architecture modeler device and a method thereof are provided to make an effective construction of a commonly area architecture in a family of a system of a predetermined application domain possible by supporting an automation of jobs as a description, an analysis, a visualization, a refinement, and an evolution of an architecture using general ADL(Architecture Description Language). CONSTITUTION: A user interface layer(110) displays an architecture model and analysis information to a user and processes input from the user. A view manipulation tool layer(120) supports a creation, an editing, and a sentence structure analysis of architecture models described by an ADL. A model manipulation tool layer(130) supports an operation, an analysis, and a conversion of architecture models converted into an internal representation capable of being easily processed by an architecture modeler. A repository layer(140) stores and manages created architecture models, an artifacts related thereto, and analysis information. An external tool layer(160) is an external analysis tool capable of processing expressions not supported directly by an ADL. A tool coordination and integration layer(150) is a sub system for integrating and adjusting tools supported by an architecture modeler and tools developed in an exterior.

Abstract translation: 目的：提供一种开放式区域体系结构建模器及其方法，以通过支持作业的自动化作为描述，分析，可能性来有效地构建预定应用领域的系统中的共同区域体系结构 可视化，改进和使用通用ADL（体系结构描述语言）的体系结构的演变。 构成：用户界面层（110）向用户显示体系结构模型和分析信息并处理来自用户的输入。 视图操作工具层（120）支持由ADL描述的架构模型的创建，编辑和句子结构分析。 模型操纵工具层（130）支持转换成能够由架构建模者容易处理的内部表示的架构模型的操作，分析和转换。 储存库层（140）存储并管理所创建的体系结构模型，与其相关的工件以及分析信息。 外部工具层（160）是能够处理不直接由ADL支持的表达式的外部分析工具。 工具协调和集成层（150）是一个子系统，用于集成和调整由架构建模工具支持的工具和在外部开发的工具。

公开(公告)号：KR1020000039746A

公开(公告)日：2000-07-05

申请号：KR1019980055167

申请日：1998-12-15

Applicant: 한국전자통신연구원

Inventor： 윤석진 ,  박성희 ,  신규상

IPC: G06F15/00

Abstract: PURPOSE: A mapping method between object models of a different abstraction level is provided so that all automatically-extracted classes and object classes of a region model can be mapped according to a packaging method, when at least two automatically-extracted classes relate to the class formed by a user. CONSTITUTION: An object class is selected from an automatically-extracted object model(701). It is checked whether an object class of a region model which can be mapped with the selected object class exists(702). If not, a succeeding automatically-extracted object class is selected. If the object class of the region model exists, it is checked whether the object class has been already mapped(703). If not, the two classes are mapped(705). If the object class has been already mapped, a package module is formed by integrating a currently-selected automatically-extracted object class and the automatically-extracted class which has been mapped(704). The automatically-extracted object class is selected for a succeeding mapping operation(706). It is checked whether the automatically-extracted object class exists(707). If so, the mapping operation is proceeded(702). However, if the automatically-extracted object class does not exist, the mapping operation is ended.

Abstract translation: 目的：提供不同抽象级别的对象模型之间的映射方法，使得当至少两个自动提取的类与该类相关时，可以根据打包方法映射区域模型的所有自动提取的类和对象类 由用户形成。 构成：从自动提取的对象模型中选择一个对象类（701）。 检查是否存在可以与选择的对象类映射的区域模型的对象类（702）。 如果没有，则选择后续的自动提取的对象类。 如果区域模型的对象类存在，则检查对象类是否已被映射（703）。 如果没有，则映射两个类（705）。 如果对象类已经被映射，则通过集成当前选择的自动提取的对象类和已被映射的自动提取的类来形成包模块（704）。 选择自动提取的对象类用于后续映射操作（706）。 检查自动提取的对象类是否存在（707）。 如果是，则进行映射操作（702）。 但是，如果自动提取的对象类不存在，则映射操作结束。

公开(公告)号：KR1020000031432A

公开(公告)日：2000-06-05

申请号：KR1019980047477

申请日：1998-11-06

Applicant: 한국전자통신연구원

Inventor： 박성희 ,  신규상

IPC: G06F9/44

Abstract: PURPOSE: An analysis method for converting procedure oriented program into object oriented program is to provide a method to generate necessary information by converting into internal program representation when each procedure oriented programming language is parsed according to a generation rule using the stack. CONSTITUTION: A token is generated from the procedure oriented source code(401) and stored in the stack(402). It is confirmed whether the contents of the stack is suitable for various generation rules of the procedure oriented programming language(403). If there is a suitable rule among various generation rules, the contents is converted into IPR(Internal Program Representation) according to the generation rule(404). A relation between program sentences is searched from the converted IPR(405). Information necessary in common to be converted into object oriented program is abstracted(406). Information required in each module is abstracted through library(407).

Abstract translation: 目的：将面向过程的程序转换为面向对象程序的分析方法是提供一种方法，通过根据使用堆栈的生成规则解析每个面向过程的编程语言，通过转换为内部程序表示来生成必要的信息。 构成：从面向过程的源代码（401）生成并存储在堆栈（402）中的令牌。 确认堆栈的内容是否适合于面向过程的编程语言的各种生成规则（403）。 如果在各种生成规则中存在合适的规则，则根据生成规则将内容转换为IPR（内部节目表示）（404）。 从转换的IPR（405）搜索节目句子之间的关系。 共同转化为面向对象程序的信息被抽象（406）。 通过图书馆抽取每个模块所需的信息（407）。