補償眼動 的英文怎麼說

中文拼音 [chángyǎndòng]
補償眼動 英文
compensatory eye movement
  • : Ⅰ動詞1 (修理; 修補) repair; mend; patch 2 (補充; 補足;填補) fill up; add supplement; supply; ...
  • : 動詞1. (歸還; 抵補) repay; compensate for 2. (滿足) meet; fulfil
  • : Ⅰ名詞1 (眼睛) eye 2 (小洞; 窟窿) small hole; aperture 3 (事物的關鍵所在) key point 4 [圍棋]...
  • 補償 : compensate; make up; make up for; make it up to sb. ; make sth. good; compensation; offset
  1. Judging from the fact that our bodies automatically compensate for a loss of rem sleep, we apparently have a need for rem sleep

    從人體能自損失掉的「球快睡眠」的事實來推測:很明顯,我們需要「球快睡眠」 。
  2. Most of these standards are based on the method of inter - frame motion compensation and two - dimensional discrete cosine transform ( 2d - dct ) and encode and describe the color video in ycbcr 4 : 2 : 0 format, which want to take advantage of human visual system ( hvs ) to save bit expense by decreasing the resolution of two color difference components

    當前國際上的壓縮標準普遍採用幀間運加幀內二維離散餘弦變換的編碼方法,並且將彩色視頻序列表示為ycbcr格式,試圖利用人的視覺特性降低對色差信號的解析度來節省比特開銷。
  3. In general, three main steps can be distinguished in tackling the problem. first, before a facial expression can be analyzed, the face must be detected in a scene. based on color transformation and a novel lighting compensation technique, skin regions can be detected over the entire image ; then eye and mouth maps are constructed for verifying each face candidates

    所提出的人臉表情的自識別方法主要分為三步,首先是人臉檢測,文中提出了一種基於色彩空間轉換和亮度的膚色檢測演算法,然後通過構建,嘴模板來進行人臉的特徵點定位,以及獲得圖像中人臉所在區域。
  4. Although we apparently have a need for rem sleep, judging from the fact that our bodies automatically compensate for a loss of it, what rem sleep actually does for us is not clear

    盡管很明顯我們需要快速球運性睡眠,但是從我們的身體能夠自其損失的事實來看,我們還是弄不清楚快速球運性睡眠對我們到底起什麼作用。
  5. The behavior is called doppler - shift compensation and is the acoustic equivalent of moving the eyes, or the star, to analyze a stimulus with the high - resolution area of the sensory surface and the corresponding computational areas of the brain

    這種行為稱作都卜勒頻移,相當于睛移與星鼻運的聽覺版本,都是透過感覺器官表面的高解析度區及大腦中相對應的處理區來分析刺激。
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