Implementation of E-Car System Based on Integrated Prototyping

In spite of the importance of the stability and reliability of the embedded system, and the difficulty of its development, the embedded system needs to be released on the market quickly by minimizing the development period. The prototyping development methodology is being widely used to minimize the development cost of the embedded product. In this study, the prototyping developmental tools RapidPLUS[1] and ESPS[2] (embedded system prototype suit) were used to create a vehicle simulator through virtual prototyping after which a real prototype model vehicle was made, and then the interlock interface was used to make an integrated prototyping system after which wireless Internet was used to make a remote vehicle control ´e-Car´ system.