建議

1. 本研究於多光譜病害分析時，時常遇到因為葉片蜷曲或是葉片互相遮蓋而造 成陰影的產生，利用釣魚線固定葉片的方法需要被改善成更能夠壓平葉片的 方式，手持式裝置部分也應該補足壓平葉片的機構

2. 本研究所利用之拍攝影像尺寸僅有 640 × 480 像素，若能有解析度更高的微 型相機將能夠使拍攝的準確率大幅提升，此外，濾鏡方面的頻寬如果能夠更狹 窄就能夠提高該波長對整體影像的貢獻度。

3. 因拍攝的方式為將草莓葉片放置於培養皿內，為防止葉片枯萎，需要定期加水 保持濕潤，如此一來培養皿內的濕度偏高，會造成炭疽病的顏色變淡，影響拍 攝結果，因此接下來的實驗應在植物為活體的狀況進行拍攝，會更符合實際的 發病狀況。

4. 多光譜的應用可朝向其他觀測對象發展，不同特徵波段下的特徵值可以協助 我們辨識的更精準，手持式裝置經過開模加工製作則可以將體積與重量減至 最小，有助於使用者攜帶使用。

5. 葉片陰影與病徵的辨識方法，可以再進行更多不同面向的組合，未來可望建立 一個植被陰影指標。

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