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Design and implementation of virtual operating environment for cluster management system

Author: LeiBo
Tutor: ZhaoZhengWen
School: Northwestern Polytechnical University
Course: Computer Software and Theory
Keywords: Cluster Management High Availability Policy-based Virtual Operating Environment System
CLC: TP391.9
Type: Master's thesis
Year: 2004
Downloads: 104
Quote: 3
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Abstract


The price is very expensive supercomputers, their application is basically limited to certain areas; recent years, with the development of computer technology, the cluster system gradually won its high cost performance supercomputer majority of the market, such as e-commerce system servers in large-scale industrial enterprises in the production server. For this reason, many large server vendors (such as IBM, NEC, etc.) have competed to launch its own cluster server products. But also for the development of the cluster system management and monitoring software far from being able to meet people's needs, comprehensive monitoring of all computing resources in the cluster system, and efficient, and reliable operation of the very few software products. To solve this problem, this paper studied the cluster management system, and the design and implementation of a cluster server management and monitoring software: Virtual Operating Environment System. The software is mainly policy-based management and operation of the GUI way to manage and monitor cluster resources aimed at by the operation of the software, the cluster system with high RAS (reliability, availability and serviceability) performance. This paper, the authors first theory of cluster management software analysis and research. In traditional computing architecture based on careful analysis of the selected system of centralized and hierarchical, distributed a combination of architecture; according to system needs, select the Java development language, MySQL database and the SNMP network management protocol, allows the system to achieve a more satisfactory development. Dynamic reorganization of resources, by providing automatic crash recovery, comprehensive user monitoring and other methods to achieve the design goals of higher RAS features. Accordingly, the authors use a hierarchical structure to the design of the overall structure of the system, making the development of the system to achieve high robustness, scalability and independence. Finally, the paper focuses on the implementation of key points of the system the responsibility of the authors play three parts, the system uses policy-based management, high availability automation of system management and system operation; using Java JDBC technology database management system, so that other modules of the system access to the database becomes simple, efficient, increase the reusability of the code; facade design mode to achieve the system's event processing interface, reducing the complexity of access between subsystems to improve the reliability of access. The subject comes from an international collaborative research and development projects, the results of their research has been successfully applied to the development of cluster server systems market, reflecting good customer.

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CLC: > Industrial Technology > Automation technology,computer technology > Computing technology,computer technology > Computer applications > Information processing (information processing) > Computer simulation
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