分散式可邏輯規劃監控平台之研製

Abstract

在本篇論文中，我們提出一套以分散式開發為目的之開發環境系統框架，主要目的是為了達到當我們在開發監控平台時，能將各部分的分向子系統作模組化開發並具有重複使用之特性，以達到系統可重組性、可擴充性之目的，同時作為監控平台的系統行為模擬及系統運作監測。而系統的執行運算核心，我們採用分散式的運算技術，以達到多程序多端點的輸出入點運算邏輯。具體實現的驗證，我們運用所設計的分散式開發環境系統框架，來實現系統開發的第三整合平台，用以評估其可行性及效能，證明此框架具有相當的實用性並能有效提升系統效能。

In this study, a system framework is developed to implement the distributed programming monitoring platform. The main functions of the platform include system modeling and subsystem modulating to achieve the objectives of system rearrangement and expansibility. The system architecture of the distributed system framework is constructed from the following six subsystems: (1) system resources viewing, (2) input and output programming, (3) computation and simulation subsystem, (4) data processing subsystem, (5) model importing and exporting subsystem, and (6) expanded Function. The framework also defines the necessary services and program modules used in each subsystem. As for the kernel of computation, a distributed computing technique is adopted to implement the operations of the multi-process with multi-input and multi-output node. Finally, the feasibility and performance of the proposed framework is demonstrated by developing the third party integrated monitoring system.