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Advanced Interrupt Mechanism for Hybrid Operating System
PRAKASH S.PRASAD, PROFESSOR DR. AKHILESH R.UPADHYAY Research Scholar, CSE Department, Bhagwant University, Ajmer, Rajasthan.INDIA Director,Sagar Institute of Research,Technology and Science,Bhopal–462 041 (M.P.) INDIA
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Abstract: Real time performance analysis is critical during the design and integration of embedded software to guarantee that application time constraints will be met at run time. To select an appropriate operating system for an embedded system for a specific application, OS services needs to be analyzed. These OS services are identified by parameters to form Performance Metrics. From five performance parameters of real-time operating system, scheduling latency and interrupt latency are the fundamental constraints for improving real-time performance of Linux OS. The proper handling of Interrupt is given in this paper. This paper analyzed the performance metrics in order to select right OS for the specific embedded application and also suggested the mixed kernel architecture for advantage. Another way to handle interrupt mechanism is also discussed for Hybrid System.
Keywords: Operating system, real-time system, Hybrid system, Linux kernel, Interrupt Mechanism.
Keywords: Operating system, real-time system, Hybrid system, Linux kernel, Interrupt Mechanism.
How to Cite:
[1] PRAKASH S.PRASAD, PROFESSOR DR. AKHILESH R.UPADHYAY Research Scholar, CSE Department, Bhagwant University, Ajmer, Rajasthan.INDIA Director,Sagar Institute of Research,Technology and Science,Bhopal–462 041 (M.P.) INDIA, “Advanced Interrupt Mechanism for Hybrid Operating System,” International Journal of Advanced Research in Computer and Communication Engineering (IJARCCE)
This work is licensed under a Creative Commons Attribution 4.0 International License.