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As a typical complex embedded computer control system, computer numerical control(CNC) system development is confronted with a great challenge because of its specific requirements as well as some recent development trends such as ever more complex products while at lower prices and shorter develop cycle. In this paper, a model driven methodology for CNC system design and development is presented,...
With the complex function and high performance demands, the computer numerical control (CNC) system development faces great challenges. Transitional development methodology such as code-centric by hand, component based, model driven development (MDD) for CNC development were not suitable for nowadays CNC system development. A new development approach for CNC system development is necessary. Then aim...
A component-based model integration approach for the embedded computer control system (ECS) development is proposed in this paper. The three-layer architecture for modeling, verification as well as implementation is described. Model strategies such as multi-aspect & multi-view description method, DSML (domain specific modeling language) & FML(formal modeling language) description method as...
After analyzing the shortcomings of traditional code-centric development process for embedded computer numeric control (CNC), this paper presents a new approach: Embedded cNc Development based on modEl Driven (ENDED) which enjoys the advantages of model-driven development (MDD) and domain specific modeling (DSM). This approach is a model-based methodology which includes three parts: construction of...
An object-oriented model driven rapid development process for real-time system is presented in this paper. This process adopts iterative development mode including four phases: analysis, design, implementation and testing base on the model driven architecture and each phase has micro-iterative process. The model is built by Unified Modeling Language. Model driven development method centers on software...
Model-driven development method centers on software modeling and primary artifacts designing instead of traditional method, which centers on codes. This can promote the abstract layer from code level to model level and implement the testing and verification of real-time system function in model level. It can help to solve the disaccord between models and codes, the disjointed problem of real-time...
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