正交投影法 的英文怎麼說
中文拼音 [zhēngjiāotóuyǐngfǎ]
正交投影法
英文
orthographic projection-
Combined with the reseaching panoramic aerial camera with tdi ccd, the paper deduced the formula of imv with two methods. one is coordinate system transformation method, the other is orthogonal projective analytic method
本文結合在研的tdiccd全景航空相機,用兩種不同的方法實現對像移速度公式的推導:坐標系變換法和正交投影解析法。Technical drawings - projection methods - orthographic representations
技術圖紙.投影法.正交表示法By this means, user can recover the model with arbitrary geometry and topology. during the interaction, the reconstructed results can be computed and displayed instantly because we use an optimization - tree based symbolic and numeric hybrid optimization - solving approach
採用這種方法,系統在接受使用者的交互之後,可以實時地求解幾何參數與照相機投影矩陣,並即時地在一個三維窗口中顯示重建結果,做到真正的所見即所得。The algorithm, basing on convolution filtering technique and the fringes " gray values max - min distribution, can automatically and accurately carry out space frequency spectra shifting without spectra analysis and spectrogram in the technique of phase method of projected grating for 3 - d object shapes measurement. the new algorithm makes image processing much caster and the technique of object shapes measurement more automated. the phase error caused by filtering and the crossed - optical - axes geometry setup is also discussed
本文採用投影光棚相位法和數字卷積濾波技術:根據柵線的條紋灰度值分佈具有極大極小分佈的特性,提出卷積濾波形貌光學自動檢測的圖像處理方法,有效地實現了頻譜自動移位,從而進一步提高了圖像處理的速度和形貌測量技術的自動化程度;同時對採用兩光學主軸相交,且非遠心投影系統所產生的誤差進行了分析,並提出了修正方法。According to the data of the covariance - stationary stochastic time series, we can get the state space modeling algorithm quickly and stably by singular value decompositi on and orthogonal projection. this algorithm will be faster and more stable
在已知平穩隨機時間序列樣本數據的情況下,論述了如何採用正交投影演算法和正交奇異值演算法建立隨機時間序列的狀態空間模型和狀態矢量估計,這種數學建模方法對于船舶機艙中的系統數學建模有很大的幫助According as time - varying images composing model, simulated 3 - d rigid shift motion and rotation motion in computer, implemented perspective projection and orthographic projection arithmetic, it proved that the result of experiment is accurate
根據時變圖像構成模型,採用計算機模擬了三維剛體運動的平移和旋轉運動,以及透視投影和正交投影下的二維運動構成演算法。實驗結果驗證了演算法的正確性。Orthogonal signal correction ( osc ) is provided a novel spectral pre - processing method in recent years, which is based on the orthogonal projection
基於正交信號投影分解的正交信號校正( osc )方法,是近年來在化學計量學領域中提出的一種全新數據預處理方法。Chapter three studies the problem of interferometric phase images filtering and estimation, and details spin filtering with curve windows along the fringe tangent orientation and an estimation method based on the technique of joint space - image subspace projection
第三章研究了干涉相位的濾波和估計問題,重點研究了曲線窗口旋濾波演算法和子空間正交投影法。Two sorts of general base function property is analyzed, they are trigonometric function and walsh function. arming at projection compounding model, a learning algorithm base on weight function expanded on certain base function is proposed
分析了三角函數基及沃爾什函數基兩類常用基函數的性質,並針對投影組合模型給出了基於權函數正交基展開的學習演算法。We present a general method for constructing orthogonal arrays related to this class of projection matrices in various cases, which makes the constructed arrays have higher saturated percents
) _ q ,本文提出了在各種情況下與這類投影矩陣相關的正交表的構造方法。The main results are listed in the following : method for constructing orthogonal arrays by orthogonal decomposition of projection matrices and matrix images of smaller orthogonal arrays are further investigated
具體內容如下: ?進一步研究了由投影矩陣的正交分解構造正交表的方法以及小正交表的矩陣象。Using orthogonal projective analytic method, the simplified formula of imv was deduced, ignoring the effect of aircraft ' s initial rotational angle, presuming the angle is zero
利用正交投影解析法推導像移速度公式,忽略了飛機的姿態角的變化,認為飛機的姿態角為零,所以它是簡化的像移速度公式。In this thesis, motion estimation and compensation, the key technology of video coding, are investigated. its specific work includes : making analysis on the video motion models, deducing the parametric model which describes the orthographic projection of 3 - d rigid motion of a surface to the 2 - d image plane
本文對視頻壓縮編碼中的關鍵技術? ?運動估計和補償方法進行了研究,內容包括:對視頻運動模型進行分析,推導了三維剛體經攝像機正交投影到二維空間后的運動場參數模型。Technical drawings. projection methods. part 2 : orthographic representations
技術圖紙.投影法.第2部分:正交表示法Iso 5456 - 2 : 199 technical drawings - projection methods - part 2 : orthographic representations iso 5456 - 2 : 1996
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