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TranslationMobile

正交空間

"orthogonal" in Chinese : adj. 1.直角的，互相垂直的；正交的；直交的。 2. ...
"space" in Chinese : n. 1.空間；太空。 2.空隙，空地；場地；(火車輪船 ...
"orthogonal complement space" in Chinese : 正交補空間
"orthogonal residual space" in Chinese : 正交剩余空間
"orthogonal" in Chinese : adj. 1.直角的，互相垂直的；正交的；直交的。 2.(統(tǒng)計數(shù)字)互不相關(guān) ...
"adjacent orthogonal" in Chinese : 相鄰的正交線
"completely orthogonal" in Chinese : 完全正交的
"complex orthogonal" in Chinese : 復(fù)數(shù)正交
"orthogonal aeolotropy" in Chinese : 正交各向異性
"orthogonal antenna" in Chinese : 正交天線
"orthogonal antennas" in Chinese : 正交天線
"orthogonal array" in Chinese : 正交矩陣; 正交排列陣; 正交配列; 正交設(shè)計表; 正交陣列
"orthogonal axes" in Chinese : 正交軸
"orthogonal axis" in Chinese : 正交座標軸
"orthogonal axonometry" in Chinese : 正軸測射影法

Examples

A new generalized complex orthogonal space - time block
一種新的擴展復(fù)數(shù)正交空時分組碼
Orthogonal space - time block codes over rician fading environment
萊斯衰落下的正交空時分組碼
Approximations analysis for the capacity of orthogonal space - time block codes over correlated fading channels
相關(guān)衰落下正交空時分組碼容量的近似分析
3 . the graph structure of some non - invertible autonomous automata is discussed in regular space , orthogonal space , and orthonormal space respectively . some new results are derived [ theorem 3 . 10 - 3 . 13 ]
( 3 )討論了非可逆線性內(nèi)動機在正規(guī)空間、直交空間、正交空間上的圖型結(jié)構(gòu)問題[定理3 . 10 3 . 13 ] 。
Abstract : by comparing the channel capacities hetwem orthogonal space - time block coding and multi - antenna array system over rayleigh fading channel , some capacity loss for orthogonal space - time block coding is obtained , which is a function of the code rate , the rank of channel matrix and the number of transmitter and receive antennas , although the system of orthogonal space - time block codes is simple and easy to implemented . if is also shown that there is no capacity loss only if both the code rate and the channel matrix rank are all one
文摘:在研究瑞利衰落條件下正交空時分組編碼信道容量的基礎(chǔ)上，將其與多發(fā)送多接收天線系統(tǒng)的信道容量進行了比較.比較結(jié)果表明，正交空時分組碼雖編碼簡單，易于實現(xiàn)，但在信道容量方面存在較大的損失，損失的程度與編碼碼率、信道矩陣的秩及收發(fā)天線數(shù)等因素有關(guān).進一步研究表明只有當(dāng)編碼碼率和信道矩陣的秩都為1時，才沒有信道容量的損失