A Real-Time Parallel Programming Approach for Rust

Tiago Carvalho, Hugo Silva, Luís Miguel Pinho
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Abstract

The development of real-time systems is one of the areas with the highest relevance in computer science, and the number of critical systems has increased significantly. These systems considers several applications running concurrently, and inside each of those applications code might be parallelized to improve their performance and control the priority of each parallelizable task. Several efforts have been done in different programming languages to provide real-time systems with parallel programming models, whether by code extensions or annotations, or with specific features in the actual language core.
Rust 的实时并行编程方法
实时系统的开发是计算机科学中最具相关性的领域之一,而且关键系统的数量已大幅增加。这些系统考虑了多个并发运行的应用程序,每个应用程序内部的代码都可能被并行化,以提高其性能并控制每个可并行任务的优先级。为了给实时系统提供并行编程模型,不同的编程语言做出了许多努力,无论是通过代码扩展或注释,还是通过实际语言核心中的特定功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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