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題 名 | 應用灰關聯分析與模糊理論作語音控制系統之設計=The Sound Controlling System Design Applies the Grey Relational Analysis and Fuzzy Theory |
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作 者 | 黃永發; 胡永柟; 陳茂林; | 書刊名 | 中州學報 |
卷 期 | 19 2004.06[民93.06] |
頁 次 | 頁151-164 |
分類號 | 312.85 |
關鍵詞 | 語音辨識; 模糊理論; 灰關聯分析; Speech cognition; Fuzzy logic control; Grey relational analysis; |
語 文 | 中文(Chinese) |
中文摘要 | 可程式控制器(PLC)發展至今在工業界的使用非常廣泛,由於俱備價格適中、功能強大、擴充性高、穩定度佳,且電源取得方便等種種好處。有鑑於此;本論文設計之控制器將採用(PLC)作設計,針對特定發音者來對受控體做正確指令的控制,期望能落實理論於工業界。 在本論文的設計之系統架構分為三大部分:第一步驟是利用麥克風將所取得的類比訊號資料輸入電腦,應用軟體程式作語音訊號處理從語音訊號中擷取出其特徵值並存於電腦之資料庫以利隨時取用。第二步驟,將現場發音者與資料庫資料利用電腦之灰關聯分析軟體程式求出灰關聯度之排序。第三步驟,融合模糊理論於可程式邏輯控制器(PLC)中,作輸出控制。經整合設計後,可得到一個實用性俱模糊PLC語音辨識控制器,以達到且實現語音訊號之工業應用設計之目標。 |
英文摘要 | The (PLC) is developed so far in industrial which using is very extensive, as it costs very reasonable, useful functions, high expanding to serve and very stability. Besides, the power source is very easier to get. Regarding these benefits, so this paper will use the controller which based on PLC design, we try to using the grey relating theory aim at specific pronunciation to get the well controlled result for the object, and expect this theory will be applied theory in industrial field. In this paper, the architecture divides into three parts as below. (1) Using microphone get the simulated message number information to input Computer, then using software program make the message number handling of voice sound, then taking (VB) program from the speech cognition to find out the feature value. (2) Using Grey Relational grade analysis to get related grey relational grade. (3) Applying the Fuzzy Logic Control with the PLC logic control, for output controlling. After uniting this design, it can make the more precise and creative speech cognition's controller. Our goal is used this design to achieving the voice message theory can be wildly using in the industrial field. |
本系統中英文摘要資訊取自各篇刊載內容。