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An Adaptive Agent-Based Network for Distributed Component Repositories

Yunjiao Xue, Leqiu Qian, Ruzhi Xu, Bin Tang, Xin Peng

Open publisher page 3 citations

Abstract

The application of component repository has become more and more popular in the practice of component-based software development. Most of the repositories are physically isolated and vary in the classification and specification mechanisms, forming a distributed and heterogeneous network, which hinders the share and reusability of component resource. Therefore, it is important to integrate the distributed component repositories into a logically unified architecture. This paper adopts the intelligent agent-based technique to achieve the adaptive and extensible integration. The network architecture and the structural design of the agents are proposed. Some key issues in the design are discussed further

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What this paper is about

The application of component repository has become more and more popular in the practice of component-based software development. Most of the repositories are physically isolated and vary in the classification and specification mechanisms, forming a distributed and heterogeneous network, which hinders the share and reusability of component resource. Therefore, it is important to integrate the distributed component repositories into a logically unified architecture. This paper adopts the intelligent agent-based technique to achieve the adaptive and extensible integration. The network architecture and the structural design of the agents are proposed. Some key issues in the design are discussed further

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The application of component repository has become more and more popular in the practice of component-based software development. Most of the repositories are physically isolated and vary in the classification and specification mechanisms, forming a distributed and heterogeneous network, which hinders the share and reusability of component resource. Therefore, it is important to integrate the distributed component repositories into a logically unified architecture. This paper adopts the intelligent agent-based technique to achieve the adaptive and extensible integration. The network architecture and the structural design of the agents are proposed. Some key issues in the design are discussed further

Key concepts: Reusability, Component (thermodynamics), Computer science, Distributed computing, Common Component Architecture, Component-based software engineering, Extensibility, Key (lock)

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