應用於環境感知計算的行動代理人架構之設計與實作

Abstract

由於各種無線網路的興起，使得存取網路的情境愈趨複雜，因而出現了環境感知計算(context-aware computing)。此計算主要是提供應用程式可以在異質的無線網路平台上隨處計算(pervasive computing)。 本論文針對目前的無線網路環境中隨處計算提出一具有環境感知特性的架構。此架構是以行動代理人為基礎計算平台，並整合環境感知的動態元件組合技術，使得應用程式具有裝置的適應性(adaptive) 與通透性(transparent)，可在各種網路環境上執行作業。

Since the proliferation of all kinds of heterogeneous wireless networks, the scenarios of accessing networks become complicated gradually. Therefore, context-aware computing appeared for providing applications the ability to execute on heterogeneous mobile computing platforms to achieve the goal of pervasive computing. My thesis focus on current wireless network environment for pervasive computing and propose a context-aware framework which based on mobile agent platform and integrate context-awareness with dynamic reconfiguration of software components for the sake of facilitating applications possess adaptability and transparency for heterogeneous devices and execute on diverse network environment.