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

Scaling Shared-Memory Data Structures as Distributed Global-View Data Structures in the Partitioned Global Address Space model