A B/S-Based Multi-Server Framework for Knowledge Component Implementation

Zhen Jun Ming; Jia Hao; Yan Yan; Guo Xin Wang

doi:10.4028/www.scientific.net/AMR.605-607.2419

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Simulation and Analysis of AUV’s Hydrodynamics when Moving in the Near-Seabed
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Research of Digital Simulating Model of Assembling Shunt Capacitor
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A B/S-Based Multi-Server Framework for Knowledge Component Implementation
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Numerical Simulation on the Stress and Strain of Lining Structure with Double Shield Tunneling Construction
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 605-607A B/S-Based Multi-Server Framework for Knowledge...

A B/S-Based Multi-Server Framework for Knowledge Component Implementation

Abstract:

Knowledge reuse is of great significance for enterprises which rely mainly on new product development or design. For reusing knowledge, knowledge component is a feasible and efficient method. However, the implementation of knowledge component is still a new field to be researched. In this paper, a B/S-based multi-server framework to support knowledge component implementation was proposed. In the framework, a B/S-based knowledge component operating structure was introduced to make it easier for the product designers or developers to use the knowledge component. In order to reduce the computing time and alleviate the workload of the server-side, a multi-server mode was designed to separate the knowledge component operating process into three tiers (data tier, logic tier and computing tier). To improve the utilization of the limited computational resource, a real-time scheduling scheme was proposed to allocate the application software service to dynamic requests. Testing results proves that this framework is feasible and can help the designers reuse the existing knowledge rapidly. This framework will be significantly helpful to those enterprises interested in unlocking the potential of design knowledge reuse.