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http://dx.doi.org/10.13067/JKIECS.2012.7.6.1567

A Design and Implementation of Software Architecture for IPC in Vehicles Using Modeling Methodology  

Song, Bong-Gi (부산IT융합부품연구소)
Yu, Yun-Sik (부산IT융합부품연구소)
Publication Information
The Journal of the Korea institute of electronic communication sciences / v.7, no.6, 2012 , pp. 1567-1572 More about this Journal
Abstract
An IPC(instrument panel Cluster) is a useful device that provides driving information to the driver. The information includes the vehicle speed, RPM, mileage, etc. The traditional IPC has been mostly implemented with mechanical technique. According to increment of needs for the convenience of IPC by user, the IPC must provide graphical interface and efficient driving information. Also the user-friendly IPC is needed by drivers. Thus flexible and robust software structure and development methods are required in order to develop IPC. In this paper, we propose software architecture and design method for the IPC using modeling method. We use MVC model and UML to model software architecture because they have flexible and robust characteristics. We can develop the various forms of information screen by separating views from model by using state diagram and class diagram in UML. Through this, the cost saving and ease of maintenance can be expected. The development time and cost can be reduced by using proposed method.
Keywords
IPC(Instrument Panel Cluster); Modeling; Software Architecture; MVC(Model-View-Controller) Model;
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