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A COMPONENT-BASED MODELING SYSTEM ANALYSIS AND DESIGN

机译:基于组件的建模系统分析与设计

摘要

The Present invention provides a component-based modeling system (100) for analysis and design in component based development engineering to facilitate systematic Component-Based Software Engineering (CBSE) for early life-cycle reuse of embedded real-time (ERT) systems. Accordingly, the system includes: at least one hardware abstraction layer (HAL) (120) connectable to a real time operating system (RTOS) (130); a plurality of component based computer implementations (140) supportable by the at least one hardware abstraction layer (120); wherein at least one embedded controller in robotics hardware (110) is in communication with the at least one hardware abstraction layer (120): wherein the HAL (120) and a real time operating system abstraction layer (RTOS AL) (150) are used to abstract the robotic hardware (110) and communication with the robotic hardware (110). said HAL (120) provides decoupling between the plurality of component based computer implementations (140) and robotic hardware (110); wherein the RTOS AL (150) provides a thin layer of interface between the plurality of component based computer implementations (140) and the RTOS (130); and wherein detailed design phase includes identifying design component, design component construction, refinement design component and construct detail component level design; said component level design is apply in application engineering activities to a real autonomous mobile robot (AMR) system so that a Component-Based Development (CBD) activity is generated and to be used for illustrating the steps involve in the application engineering.
机译:本发明提供了一种用于基于组件的开发工程中的分析和设计的基于组件的建模系统(100),以促进系统化的基于组件的软件工程(CBSE)用于嵌入式实时(ERT)系统的早期生命周期重用。因此,该系统包括:至少一个可连接到实时操作系统(RTOS)(130)的硬件抽象层(HAL)(120);至少一个硬件抽象层(120)可支持的多个基于组件的计算机实现(140);其中机器人硬件(110)中的至少一个嵌入式控制器与至少一个硬件抽象层(120)通信:其中使用HAL(120)和实时操作系统抽象层(RTOS AL)(150)提取机器人硬件(110)并与机器人硬件(110)通信。所述HAL(120)在所述多个基于组件的计算机实现(140)和机器人硬件(110)之间提供解耦;其中,RTOS AL(150)在多个基于组件的计算机实现(140)和RTOS(130)之间提供薄薄的接口层;其中详细设计阶段包括识别设计组件,设计组件构造,细化设计组件和构造详细组件级别设计;所述组件级设计在应用工程活动中应用于真正的自主移动机器人(AMR)系统,以便生成基于组件的开发(CBD)活动,并将其用于说明应用工程中涉及的步骤。

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