简化RTSJ的二元线程模型

P. Basanta-Val, M. García-Valls, I. Estévez-Ayres
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引用次数: 12

摘要

当前的RTSJ (Java的实时规范)线程模型是二元化的:程序员必须在基于区域的模型提供的高可预测性和垃圾收集模型提供的灵活性之间做出选择。到目前为止,还没有一种独特的线程类型能够在单个实体中同时提供最高的可预测性和灵活性。这种缺乏对程序员造成了严重的后果,他们必须处理新的,有时是重要的机制,如对象队列或无堆实时线程,以避免由垃圾收集器引起的优先级倒置,为了解决这些问题,并提供一个改进的和更通用的编程模型,作者提出了一个扩展到当前的线程模型,统一RTSJ线程模型:realtimethread++扩展。
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Simplifying the Dualized Threading Model of RTSJ
Current RTSJ (the real-time specification for Java) threading model is dualized: programmers have to decide between the high predictability offered by its region-based model and the flexibility offered by its garbage-collected model. Up to now, there is not a unique type of thread that offers, in a single entity, the highest predictability, and flexibility together. This lack has serious consequences on the programmer who has to deal with new and sometimes non-trivial mechanisms, such as queues of objects or the no-heap real-time threads, to avoid the priority inversion caused by the garbage collector, hi order to tackle these issues and provide an improved and more generalized programming model, the authors propose an extension to the current threading model that unifies the RTSJ threading model: the RealtimeThread++ extension.
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