| 1. | A determinant whose only nonzero elements occur in square blocks centered about the principal diagonal is in block-diagonal form .
仅有的非零元素集中于主对角线的方块中的行列式是分块对角形式的。 |
| 2. | Almost nilpotent element
殆幂零元素 |
| 3. | Some properties of the quasi diagonally dominant matrix with chain of non - zero elements
拟具非零元素链对角占优矩阵的若干性质 |
| 4. | If this constructor does not require parameters , pass an array with zero elements , as in object parameters new object 0
如果此构造函数不需要参数，则像object [ ] parameters = new object [ 0 ]中那样传递一个包含零元素的数组。 |
| 5. | Based on this method , matrix variation basis of the algorithm is forther discussed for voiding useless operations of zero elements multiplication
在此基础上，探讨了避免矩阵中零元素相乘的无效操作，莫定了该算法的矩阵变换基础。 |
| 6. | All nonzero elements of gf ( 2m ) must be verified by the conventional step - by - step decoding algorithm , which increases the computational complexity of decoding , so the conventional step - by - step decoding algorithm ca n ' t be adapt to the requirement of rapid decoding
因此标准的step - by - step译码算法对gf ( 2 ~ m )域中所有的非零元素全部检验，将造成计算量巨大，难以满足快速译码的要求。本论文基于t |
| 7. | And then , a state equation is set up by the relationship among the input and output characteristic vectors as well as the state matrices ( sms ) . the non - zero element in the sms characteristic is taken according to taylor series expansion , which is a transfer function of the basic mechanical unit
再次，阐述了状态变换矩阵的形成过程，通过泰勒级数展开，提取其非零元素的特征，并按照传递特征值对基本变换单元加以分类，归纳了状态变换矩阵的性质。 |
| 8. | But conventional step - by - step decoding algorithm requires that every symbol of received word r ( x ) orderly adds to 2m - 1 nonzero elements of gf ( 2 ) to determine whether the weight of the error pattern has been reduced . if the weight of error pattern is reduced , the error location and the corresponding error value are found
但是标准的step - by - step译码算法将接收码字中每个符号与伽罗华域gf ( 2 ~ m )中的2 ~ m - 1个非零元素依次相加，判断错误图样的重量是否下降，如果下降则说明找到了错误位置和相应的错误值。 |
