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"...也就使得每一點的色彩都有交錯到，讓每一個色點都有依據可以去詮釋逼真的顏色(也可能更糟，總之就是全部用猜的)，這樣還有好處，因為全面性的重新排列，所以在重排的時候也就可以把雜訊踢掉(當然也踢掉很多細節)，而且這樣的銳利度一定不如馬賽克CCD(就好像一個用畫的一個用掃瞄)，還有，這樣對處理器是莫大的負擔，一定會拖慢處理器的速度。"----------怎麼你說的跟實際上s-ccd的表現完全相反?尤其是初代s-ccd就是解析度比一般ccd高,但是雜訊卻多超多,(雜訊的問題是到第五代才有明顯的解決),要不要再研究一下sccd是怎樣運作的?
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Reader Comments (Page 1 of 1)
Beren @ Sep 4th 2008 11:20PM
"...也就使得每一點的色彩都有交錯到，讓每一個色點都有依據可以去詮釋逼真的顏色(也可能更糟，總之就是全部用猜的)，這樣還有好處，因為全面性的重新排列，所以在重排的時候也就可以把雜訊踢掉(當然也踢掉很多細節)，而且這樣的銳利度一定不如馬賽克CCD(就好像一個用畫的一個用掃瞄)，還有，這樣對處理器是莫大的負擔，一定會拖慢處理器的速度。"
----------怎麼你說的跟實際上s-ccd的表現完全相反?尤其是初代s-ccd就是解析度比一般ccd高,但是雜訊卻多超多,(雜訊的問題是到第五代才有明顯的解決),要不要再研究一下sccd是怎樣運作的?