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  • 學位論文

以軟硬體共同設計方法設計與實作即時作業系統

Design and Implementation of RTOS in Hardware Software Codesign

指導教授 : 鄭福炯
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摘要


電子產業發至今,有些問題需要去解決:Mobile Device 的輕薄短小及省電的要求、消費型電子產品生命週期變短所產生的開發時間減少、應用程式跨平台的需求(time to market);因應以上的需求,我們實做了一個平台,有一個Java CPU可以實現跨平台的要求,並把μC/OS-II做成硬體可以加快程式的執行及減少電源的消耗(CPU 減少使用),在這個平台上,應用程式開發者只要會使用簡單的Java就可以開發嵌入式系統了。

並列摘要


There have some problems must be solve in electronics industry:Mobile devices must be small、light and low power consumption;The life cycle of Consumer-electronic products are getting shorter and shorter;For those requestments we implement a platform. The platform has two parts Java CPU and hardware OS. The Java CPU can commit across-platform requestment. Hardware OS (μC/OS-II) can speed-up system performance and reduce the CPU utility rate. Applation developer just use Java technologic to build Embedded System easily in this platform.

並列關鍵字

Real-Time OS Hardware Async Circuit Java

參考文獻


[4] Jean J. Labrosse, Microc/OS II: The Real-Time Kernel, CMP Publishedr, 2002
[6] Kumar, S. Aylor, J.H., Johnson, B.W., Wulf and W.A., A Framework for Hardware/Software Codesign, IEEE Journal, pp.2-5, 1993
[8] Martin Schoeberl, Real-Time Scheduling on a Java Processor, Proceedings of the 10th International Conference on Real-Time and Embedded Computing Systems and Applications, pp.1-17, 2004
[1] Sun Micro systems Inc., The Java Language: An Overview, 1995
[2] Bill Venners, Inside the Java 2 Virtual Machine, O'Reilly publisher, 1999

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