本論文提出可更換文本架構之互動式無線聲控及對話學習系統，並將系統實現於微控制器(Micro Controller Unit, MCU) SPCE061A嵌入式晶片硬體系統。另外並比較市面上的語音晶片，說明為何選擇SPCE061A MCU作為系統平台。
在硬體系統部份，使用二組SPCE061A (Master Device and Slave Device) 配合RF模組傳送語音控制信號。Master Device將語音辨識結果透過RF模組傳送到Slave
Device，當Slave Device接收到控制信號立即產生對應動作。
在軟體系統部分，主要分為錄音程序、放音程序與語音辨識程序。本論文以此三個程序為核心提出一個互動式系統，此系統包含六個功能；聲控、字典查詢、固定劇本對話、可程式對話、錄音、放音與詞入文出功能，並詳細探討實現的步驟。
語音辨識程序的功能為語音事件的觸發與追蹤、語音特徵擷取及語音特徵比對。另外，語音辨識程序、錄音程序與放音程序可組合對話學習核心，其功能為模擬雙人的對話，除可提供內定文本的劇情式情境對話，也可自行錄製對話語句，更換對話文本內容，以實現多樣化的學習環境。
本系統將語音屬性擷取所用到的LPC參數擷取及語音屬性比對所需的動態時間校準(DTW)演算法實現在運算時脈及記憶體資源有限的微控制器(MCU, Micro Controller Unit) SPCE061A，在有限的運算能力及記憶體資源的影響下，本論文提出利用音訊取樣時的閒置時間來處理LPC參數擷取，以及利用有限的記憶體資源來執行動態時間校準(DTW)的方法，而達到與音框同步處理的即時效能。
最後，希望藉由硬體系統的實現，可以提昇系統的應用層面，提供國內數位內容產業使用。

In this thesis, we propose an embedded system based on SPCE061A for ubiquitous voice control and interactive dialogue learning system. There are many different kinds of MCU in the market, and we have chosen many kinds of MCU to compare. And explain why we choose SPCE061A MCU as our purpose-built system.
For hardware design phase, we used two SPCE061A chips (one is for master device and the other is for slave device) and a RF module to communicate the master/slave device. Master device transmit the speech recognition result through RF Module. When Slave Device receives the control signal from the master device, it will generate corresponding response to user.
For software design phase, system is divided into speech recording procedure, speech playing procedure and speech recognition procedure. We use the speech recording procedure, speech playing procedure and speech recognition procedure as kernel to implement interactive system application. For interactive system applications, we proposed six functions: voice control, dictionary query, fixed dialogue, programmable dialogue, speech record/play and vocabulary-in sentence-out. And probe into the implementation step in detail.
For the design of embedded system, the LPCC features from speech attribute extraction and dynamic time warping algorithm (DTW) for speech attribute match are implement with the low cost and resource-limited micro controller unit (MCU) - SPCE061A. While sampling input speech data, the idle time of MCU is used to perform LPCC extraction and DTW for frame-synchronous operations to have real-time capability.
We implement the proposed system as an embedded system, and the system can be used for the application of interactive speech toys for improving the recreation of digital contents industry.

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