FGK動態壓縮演算法支援分散處理系統實做

Abstract

我們的研究目的是把一個複雜的運算，把它切割成較小的運算來做處理，而較小的運算間再各自交給自己的處理器來做處理，如此可以免去單一運算所需耗費的冗長的時間，而我們則是採取動態壓縮的演算法來面對我們傳輸所遇到的問題，此種演算法有隨壓隨解的性質，可以先把解壓縮過後的資料來拿先做處理，可以省去較多時間。

而我們還採取了網路傳輸的一些觀念，模擬多核心的架構，我們運用了3~5台的電腦來實做我們的系統架構，來達到我們的實驗需求，已獲得合理且有效的實驗數據。

Our aim is to a complex operation, it cut less computation to do processing, and smaller operations in their respective rooms to deal with their own processor to do so without having a single operator can spend the necessary the long time, and we are taking the dynamic compression algorithms to transmit the face of our problems, this algorithm has properties of solutions with the pressure as can be first to come and collect the data after decompression do first processing, can save more time. And we have also taken some ideas network transmission, analog multi-core architecture, we use the computer at 3 to 5 we implement our system architecture, to achieve our experimental needs, has been given a reasonable and effective experimental data