transpose of matrix 中文意思是什麼

transpose of matrix 解釋
倒置矩陣;轉置矩陣
  • transpose : vt. 換位,改變次序,調換,顛倒;【數學】移項;【語法】改變詞序;【音樂】變調;【電學】使(電路)換位。
  • of : OF =Old French 古法語。
  • matrix : n (pl matrices 或matrixes)1 【解剖學】子宮;母體;發源地,策源地,搖籃;【生物學】襯質細胞;間...
  1. If a is the mxn matrix, then the nxm matrix is called the transpose of a.

    如果A是mxn矩陣,那麼nxm矩陣為A的轉置矩陣。
  2. Returns the matrix transpose of a given matrix

    返回一個給定矩陣的轉置矩陣。
  3. Matrix object that is the matrix transpose of the matrix

    對象,該對象是此矩陣的轉置矩陣。
  4. The paper is built as follows. in chap 1, we introduce the applied context of the minimal norm least square solutions for vandermonde matrix first. the fast algorithm of the minimal norm least square solutions for vandermonde matrix with mxn order and its transpose are presented later through constructing vtv ( or wt ) and seeking their inverses

    本文的結構如下:第一章先給出了vandermonde方程組的極小范數最小二乘解的一些實際應用背景,然後通過構造方陣v ~ tv (或vv ~ t )並求其逆矩陣導出了求以m n階vandermonde矩陣及其轉置,以及m n階跳行vandermonde矩陣為系數陣的線性方程組極小范數最小二乘解的快速演算法。
  5. The micromanipulator must contact the objects to be handled in the manipulation process and the end - effector will be loaded by the exterior forces. the static mechanics of the manipulator has been analyzed on the basis of the work done above, by the way of the screw theory the mechanics jacobia is educed, furthmore, the matrix is the transpose of the kinematics jacobia in such a microscopic world. meanwhile the index of the static stiffness and payload related to the mechanics is studied

    微動機器人在操作過程中,必然要接觸到操作對象,末端執行器要受到力力矩的作用,在前面分析的基礎上,進一步分析其靜力學性能,運用螺旋理論導出反映其靜力特性的力雅克比矩陣,並且可以看到此矩陣與速度雅克比互為轉置。同時還考察了微動機器人的靜剛度、承載能力指標。
  6. If a is the mxn matrix, then the nxm matrix is called the transpose of a

    如果a是mxn矩陣,那麼nxm矩陣為a的轉置矩陣。
  7. Also, the relactions between the best block size for matrix transpose and the size and associativity of the processor ' s cache is formulized. for parallel optimization, several programming models available on a numa system, such as lightweight processes ( sproc ), posix threads, openmp and mpi, are compared, and their speedup and coding complexity are analyzed

    對于sar成像處理的并行優化,本文對比了在numa架構上可用的幾種并行編程模型:輕量級進程、 posix線程、 openmp和mpi ,針對numa架構和sar成像處理的特點從加速比、編程復雜度等多個方面進行了討論。
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