作为分部分全球地址空间模型中分布式全球查看数据结构的共享存储数据结构 (Scaling Shared-Memory Data Structures as Distributed Global-View Data Structures in the Partitioned Global Address Space model)

The Partitioned Global Address Space (PGAS), a memory model in which the global address space is explicitly partitioned across compute nodes in a cluster, strives to bridge the gap between shared-memory and distributed-memory programming. To further bridge this gap, there has been an adoption of global-view distributed data structures, such as 'global arrays' or 'distributed arrays'. This work demonstrates how shared-memory data structures can be modified to scale in distributed memory. Presented in this work is the Distributed Interlocked Hash Table (DIHT), a global-view distributed map data structure inpired by the Interlocked Hash Table (IHT). At 64 nodes with 44 cores per node, DIHT provides upto 110x the performance of the Chapel standard-library HashedDist.

翻译：全球分布式地址空间(PGAS)是一种记忆模型,其中全球地址空间明确分布于一个组群的计算节点中,它努力弥合共享模版和分布式模版编程之间的差距。为了进一步缩小这一差距,采用了全球视图分布式数据结构,如“全球阵列”或“分布式阵列”。这项工作展示了如何将共享模拟数据结构修改为分布式内存的缩放。在这项工作中展示了分布式阵列散列散列散列表(DIHT),该表是一个全球分布式分布式地图数据结构,由内隔式散列散列散列表(IHT)生成。在64个节点上,每个节点有44个核心,DIHT提供了查普尔标准-listry Hashdist最多110x的性能。