幀效驗序列 的英文怎麼說

中文拼音 [zhèngxiàoyànliè]
幀效驗序列 英文
frame check sequence fcs
  • : 量詞(幅, 用於字畫)
  • : Ⅰ名詞(效果; 功用) effect; efficiency; result Ⅱ動詞1 (仿效) imitate; follow the example of 2 ...
  • : 動詞1. (察看; 查考) examine; check; test 2. (產生預期的效果) prove effective; produce the expected result
  • : Ⅰ動1 (排列) arrange; form a line; line up 2 (安排到某類事物之中) list; enter in a list Ⅱ名詞1...
  1. Simulation has shown that the proposed scheme can achieve more accurately in similarity examination than scheme which proposed by [ 102 ]. so the bit number of coded video stream was decreased about 22. 95 percent and thus the compression ratio was improved. although the coding cost was increased about 8. 25 percent by using proposed scheme

    模擬實表明,與文獻[ 102 ]方案相比,提出的方案雖然增加了約8 . 25的編碼器編碼耗時,卻有提高了對視頻突變的檢測精度,從而進一步降低編碼器端輸出編碼視頻流的比特數達22 . 95左右,在基本不影響重構視頻信息視覺質量的同時提高了編碼器的壓縮率。
  2. Finally through comparison of test results based on the moving fish in color video sequences, the method presented in this paper combining with the hue information shows effective results for localization in color video sequences. and the determination method of initial position presented above improves object localization efficiency remarkably, at the same time a good robustness in partially occluded object localization in color video sequences has been acquired

    最後,本文以彩色視頻中運動的海魚為實研究對象,通過對實結果分析比較發現,在該方法中使用色調信息能有地實現彩色視頻中的目標定位,利用視頻中相鄰之間的相關信息確定模型初始位置的簡單方法,在解決確定模型初始位置的難題的同時,不但提高了定位率,而且對彩色視頻中有部分遮擋的目標定位同樣具有魯棒性。
  3. In order to acquire 3d spatial position and motion parameters of moving target, the limitation of second focus method to get the depth of target is analyzed according to perspective projection model of target centroid. then, the constraint for obtaining 3d position and motion parameters of moving target centroid from monocular image sequence is presented and proved in this paper. with this constraint, a nonlinear extended kalman filter algorithm for estimating 3d spatial position and motion parameters of moving target centroid from monocular image sequence is proposed

    進一步,為獲取目標的空間位置和運動參數等三維信息,在目標和成像系統都運動的情況下,根據目標質心的透視投影成像模型,首先分析了二次成像法獲取目標深度信息的缺陷;然後給出了由單目圖像獲取目標質心的空間位置和運動參數的條件,並提出利用多單目圖像和應用非線性擴展卡爾曼濾波演算法來估計目標質心的空間位置和運動參數;最後對提出的估計方法進行了多組模擬證,證明該方法可行有
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