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首页> 外文期刊>International Journal of Information Technology and Computer Science >Development of Real-Time Capability in Application Virtual Machine using Concurrent Automatic Memory Management Algorithm
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Development of Real-Time Capability in Application Virtual Machine using Concurrent Automatic Memory Management Algorithm

机译:利用并行自动内存管理算法开发应用虚拟机的实时功能

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摘要

Superior garbage collection algorithms are needed for deterministic runtime system in complex embedded systems to explore the benefits of contemporary and conquered application programming language. Android embedded operating system is greatly used world wide as a mobile platform without denying this fact it also attracted researchers and engineers to integrate in other embedded real-time systems. It exploits Java language for embedded application development and it can also enhance a certain real time capability with the adoption of real-time support at Dalvik Virtual Machine (DVM). Need for Real-time garbage collection algorithms in embedded systems is identified by achieving new insights into the existing garbage collection algorithms through finding blemishes in it. The space based technique is used in proposed new Real-time GC algorithm for execution runtime system and Real time Garbage Collection (GC) schedulability issue is also addressed. The intuitive performance analysis result demonstrates reduction in the response time and also describes the determinism characteristic of the real time applications using proposed solution.
机译:确定性运行时系统在复杂的嵌入式系统中需要高级的垃圾收集算法,以探索当代和被征服的应用程序编程语言的好处。 Android嵌入式操作系统在全球范围内作为移动平台得到了广泛的应用,而毋庸置疑,它也吸引了研究人员和工程师集成到其他嵌入式实时系统中。它利用Java语言进行嵌入式应用程序开发,还可以通过Dalvik虚拟机(DVM)的实时支持来增强某些实时功能。通过发现其中的瑕疵,获得对现有垃圾收集算法的新见解,从而确定了嵌入式系统中对实时垃圾收集算法的需求。在提出的新的实时GC算法中,基于空间的技术用于运行时系统,并解决了实时垃圾收集(GC)的可调度性问题。直观的性能分析结果证明了响应时间的减少,并使用所提出的解决方案描述了实时应用程序的确定性特征。

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