心肺復甦術已經被公認為面臨突發性心臟病時一項提升患者存活率的重要技能，而且已經有許多研究指出提高施做心肺復甦術的品質會明顯的提升病患的存活率，而現 今在心肺復甦術的教育訓練或檢定考核上皆利用Anne人偶與來做為心肺復甦術的教學輔具以及證照檢定的依據，但Anne人偶在胸外按壓所能提供的資訊僅止於下壓部分的資訊，對於施救者的姿勢無法做出結果評估與分析。
本研究主要目的就是利用光學系統搭配可辨識之標誌框對施救者進行其全身的動作追蹤，藉此得到除了下壓處的資訊還可以獲得人體各關節角度與各關節角位置進而對其進行分析與評估， 因此開發了D1400系統作為本研究的核心設備，於本文中包含了D1400系統和施救者動作擷取實驗流程的詳細介紹，對於系統信度也透過與Anne輸出資料比較以達到驗證的目的，並利用蒐集專業人士的數據進行統計分析，得到專業人士在施救時各關節角的變化情形與按壓點的分布情況，最後透過將人體簡化為四連桿機構計算腰部力矩的輸出，且根據受測者各肢段長利用最佳化的方法得到建議的姿勢供受測者參考。

CPR was an important skill for improving the survival of cardiac arrest. Some studies indicate that high quality CPR may provide more benefit for survival of cardiac arrest. The Anne manikin be used widely no only in CPR training but also CPR examination. However Anne’s SkillReporter in compression part just offer the information which detect by a sensor in Anne’s chest. It means Anne can’t give any information about learner’s posture or learner’s position.
The purpose of this thesis was that track motion of learner when doing the CPR via a whole body tracking system D1400. D1400 was an optical tracking system with a set of coded marker, and then we can get not only the information which Anne can provide but also the joint angle and joint position of learner. Therefore, we can analyze those joint information and find the relationship between each other. The content of this thesis, first was the introduction of D1400 and the experiment of CPR motion collect, second will compare the data which provide by Anne and our system give the reliability of D1400 system, third we analyze the data which were collected from professionals and make a discussion and conclusion, final we give learner some suggestion about the posture that calculate by simplifying human body to a four-bar linkage mechanism.

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