MOL项目:一个开放的、可扩展的元计算机

A. Reinefeld, R. Baraglia, T. Decker, J. Gehring, D. Laforenza, F. Ramme, Thomas Römke, J. Simon
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引用次数: 54

摘要

分布式高性能计算(所谓的元计算)是指协调使用地理上分布的高性能计算机池。用户对理想的元计算机的看法是一个强大的单片虚拟机。另一方面,实现者的观点是以可伸缩和可扩展的方式实现的各种交互服务。我们提出了MOL,即元计算机在线环境。与其他元计算环境相比,MOL不基于特定的编程模型或工具。它被设计成一个开放的、可扩展的软件系统,由各种软件模块组成,每个模块专门服务于一个特定的任务,如资源调度、作业控制、任务通信、任务迁移、用户界面等等。所有这些模块都存在并且正在工作。MOL设计的主要挑战在于为模块之间的有效交互指定合适的通用接口。
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The MOL project: an open, extensible metacomputer
Distributed high-performance computing (so-called metacomputing) refers to the coordinated use of a pool of geographically distributed high-performance computers. The user's view of an ideal metacomputer is that of a powerful monolithic virtual machine. The implementor's view, on the other hand, is that of a variety of interacting services implemented in a scalable and extensible manner. We present MOL, the Metacomputer Online environment. In contrast to other metacomputing environments, MOL is not based on specific programming models or tools. It has rather been designed as an open, extensible software system comprising a variety of software modules, each of them specialized in serving one specific task such as resource scheduling, job control, task communication, task migration, user interface, and much more. All of these modules exist and are working. The main challenge in the design of MOL lies in the specification of suitable, generic interfaces for the effective interaction between the modules.
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