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International Journal of Automotive Technology 2006;7(3): 345-351. |
| INTEGRATED DEVELOPMENT ENVIRONMENT FROM MODELING TO IMPLEMENTATION FOR AUTOMOTIVE REAL-TIME EMBEDDED CONTROL SYSTEMS |
| J. MA, J. YOUN, M. SHIN, I. HWANG, M. SUNWOO |
| Hanyang University |
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| ABSTRACT |
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Software-In-the-Loop Simulation (SILS) and Rapid Control Prototyping (RCP) are proposed as an integrated development environment to support the development process from system design to implementation. SILS is an environment used to simulate control systems with temporal behavior. RCP offers seamless phase shift from design to implementation based on automatic code generation. There are several toolsets that support control system design and analysis. A few of these tools generate the control software automatically. However, most of these design toolsets do not cover temporal behavior which appears after implementation. In earlier toolsets, the design and the implementation of a control system are considered as two separate processes which mean the conventional development process is not connected strictly. SILS/RCP environments work under an identical platform and use the same representation for system modeling. An integrated SILS/RCP environment makes it possible to design controllers under conditions similar to real execution during off-line simulation and to realize controllers in the early design phase. SILS/RCP environments integrate{{br}}the design and implementation phases which reduce the time-to-market and provide greater performance-assured design. The establishment of SILS/RCP and the practical design approaches are presented. |
| Key Words:
SILS (Software-in-the-Loop Simulation), RCP (Rapid Control Prototyping), Co-simulation, Delay effect, CACSD (Computer Aided Control System Design) |
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