臺灣博碩士論文加值系統

本論文係有關動態空間扭曲演算法分散式平行處理系統架構之設計,其研究範圍包括:動態空間扭曲演算法處理晶片之應用、物件導向軟體設計的探討、分散式平行處理之相關研究及FPGA在系統雛型設計之應用。目前,已完成單一節點動態空間扭曲演算法處理器之製作、測試及效能評估,並利用Client/Server架構,在Ethernet上形成一個動態空間扭曲演算法分散式平行處理系統,使用遠端測試以驗證處理器之正常運作,並提供完整的運算環境於影像辨識之應用。

This thesis is related to the design of a distributedparallel processor for computing the dynamic space warping algorithm. The research topics involved include the application of dynamic space warping VLSI chip, OOP(Object OrientedProgramming)-based system design technology, distributed parallel processing and FPGA-based fast prototypingdesign technology. Currently, a single-node dynamic space warping processor has been implemented, tested, and evaluated. Also, based on such a processor, a distributed parallel processing system has been developedon Ethernet by using Client/Server architecture. The whole system is tested remotely in order to provide a complete computing environment for the applicationsof digital image recognition.