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Axiomatization and Imperative Characterization of Multi-BSP Algorithms: A Q&A on a Partial Solution
International Journal of Parallel Programming ( IF 0.9 ) Pub Date : 2020-07-29 , DOI: 10.1007/s10766-020-00669-9
F. Gava , Y. Marquer

multi-bsp is a bridging model for algorithm design which takes into account hierarchical architectures. We discuss two questions about multi-bsp algorithms and their programming: (1) How to obtain a formal characterization of the class of multi-bsp algorithms or at least a tree-based hierarchical extension of bsp inspired by multi-bsp? (2) How can a programming language be proven algorithmically complete for such a class? Our solution is based on an extension of a bsp version of sequential abstract state machines (asms).

中文翻译:

多 BSP 算法的公理化和命令式表征:关于部分解决方案的问答

multi-bsp 是一种用于算法设计的桥接模型,它考虑了分层架构。我们讨论关于多 bsp 算法及其编程的两个问题:(1)如何获得多 bsp 算法类的形式特征,或者至少是受多 bsp 启发的 bsp 的基于树的分层扩展?(2) 对于这样的类,如何证明一种编程语言在算法上是完备的?我们的解决方案基于 bsp 版本的顺序抽象状态机 (asms) 的扩展。
更新日期:2020-07-29
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