研究背景：隨著資訊科技的發展，坊間已出現多種類的游泳穿戴式裝置。一款智慧泳鏡有別於過去腕戴式的游泳穿戴式裝置，將 AR 技術嵌入泳鏡鏡片，使游泳者在進行游泳運動時能更直接地獲取游泳數據。為此，本研究即探討智慧泳鏡 (Form Smart Swim Goggles) 在游泳過程中，在游泳時間及划手次數量測上的信效度，用以了解此款泳鏡在各項數據上的偵測是否具準確性。
方法：本研究採實驗研究，招募 6 位女性大學游泳選手，年齡介於 20-24 歲。每人進行兩次，每次 4 趟 50 公尺，以最大努力完成的自由式測驗，並以描述性統計分析受試者基本資料，再利用皮爾森相關係數、ICC 及布蘭德奧特曼圖觀察智慧泳鏡與效標間的相關性及一致性。
結果：一、智慧泳鏡在游泳時間的量測上有極高的信效度 (r=.921; ICC=0.918)；二、智慧泳鏡在划手次數的計算上僅呈現中度相關 (r=.428) 及低信度 (ICC=0.388)。即智慧泳鏡能準確量測游泳時間，但在划手次數的計算上較不穩定。
結論：綜上所述，智慧泳鏡在計時上有良好的準確性，可提供給競技游泳選手做為運動訓練的可用設備之一，未來亦可在此款泳鏡的基礎上，進行更多器材上的研發。

A smart goggle was different from the traditional wrist-worn aquatic wearable sensing device, a smart display that delivers metrics like split times, distance, and more—intelligently, as swimmer swim. Hence, this study explores the reliability and validity of Form Smart Swim Goggles in the total swimming time, and stroke count during swimming to assess the accuracy of smart goggles. The study adopts experimental research. Six female college swimmers have been recruited, aged between 20-24 years old. Each participant took freestyle tests twice, 50-meter freestyle four sets per test, and was required to complete the test with the best effort. Pearson correlation coefficient, ICC, and Bland-Altman difference plot are used to assess the correlation and consistency between smart goggles and the validity criterion. In the results, Smart Goggles had extremely high reliability and validity in measuring swimming time (r=.921; ICC=0.918) and showed only moderate correlation (r=.428) and low reliability (ICC=0.388) in calculating stroke count. We conclude that Form Smart Swim Goggles have good timing accuracy and can provide competitive swimmers as one of the available equipment for sports training. In the future, more equipment can develop based on the goggles.

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