Jorg Nolte, Hiroki Konaka, Atsushi Hori, Yutaka Ishikawa, Munenori Maeda, and Takashi Tomokiyo. Ocore and VAST | Integrating Persistence into a Parallel Object-Oriented Language. In Proceedings of ISOTAS 96, March 1996.  Home/Search   Document Not in Database   Summary   Related Articles

....signi cantly. In this paper, we describe the design and implementation of an experimental integrated platform for distributed shared memory and distributed objects. This platform is based on a guest level implementation of Arts[5] a distributed object platform for parallel machines and the Vast[21] framework for volatile and non volatile user level memory management. The outline of the paper is as follows: First we describe the basic features of the Arts platform. Then we present the design and implementation of our integrated platform in detail. Code fragments are presented to show how ....

....m[512] 512] END(strict) This might waste some memory space but can improve performance signi cantly. Declaring shared variables within shared regions is straightforward but fairly limited in practice because the handling of dynamic data structures is not easy. A heap based approach like in Vast[21] is better suited for dynamic datastructures. However, we did not implement shared heaps in the rst experimental implementation since many numerical shared memory algorithms do not necessarily need dynamic data. Shared regions are controlled by memory control objects. Each region is associated ....

Jorg Nolte, Hiroki Konaka, Atsushi Hori, Yutaka Ishikawa, Munenori Maeda, and Takashi Tomokiyo. Ocore and VAST | Integrating Persistence into a Parallel Object-Oriented Language. In Proceedings of ISOTAS 96, March 1996.

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