在嵌入式快速原型系統中,我們把Simulink建立完成的檔案利用Real Time Workshop自動轉成C語言同時也把C語言自動轉成一個可在硬體設備執行的檔案,這種做法可以加快實現速度,也可省去用人工重新撰寫C語言的好處,所以我們使用Simulink中所提供不同模塊去建立MIMO應用在802.11b的模組,建立完成後先在Simulink上做模擬驗証,等到模擬驗証符合我們的要求,再透過Real Time Workshop去做硬體驗証,最後去比較模擬的數據和硬體實現的數值是否有差距
In Embedded Rapid Prototyping system, we take the file after Simulink using Real Time Workshop not only transfers to c language, but also hardware equipment execution files. By this way, we can not only accelerate the implementation time, but also avoid the c language work done by hand. We also build the MIMO of 802.11b application model and verify with Simulink. Finally, we will make hardware verification by Real Time Workshop and compare the experimental results between simulation and hardware implementation.