除法运算

  • 网络Division;division operation
除法运算除法运算
  1. 除法运算中给出了除数为零的解决方案;

    At division , it presented the resolvent when divisor being zero .

  2. 对人们来说,除法运算可以让数字变小,而乘法运算则使数字变大。

    To man , division makes small and multiplication makes big a thing .

  3. 相应地,当一条Calculation“消息”显示时,它执行请求的除法运算。

    Accordingly , when a Calculation " message " does show up , it performs the required division calculation .

  4. 传统的加法,减法,乘法和除法运算都属于自然运算,因此不能用于区间数(interval)的分析中,故需要进一步研究区间数的特殊的运算规律。

    Traditional ways such as arithmetic addition , subtraction , multiplication and division are natural operation , so they can 't be used to interval number analysis . We need research special operation for interval number .

  5. 在DSP中使用条件减法和移位指令来实现两个数据的除法运算处理,最后将该除法运用在数字图像的实时处理上,即将两张强度像进行除法运算得到距离像。

    The division processing of the two data can be achieved through the use of the condition subtraction and shift commands in DSP . Finally , the division operation is used in the real-time processing of digital images .

  6. 出于这个原因,在进行除法运算时,BigDecimal可以让您显式地控制舍入。

    For this reason , BigDecimal gives you explicit control over rounding when performing division operations .

  7. 随后,又将流水线技术应用于该算法,对该方法进行改进,完成了基于流水线技术的BCD码除法运算的设计,并用此方法实现了频率特性的测试。

    And with the pipeline technology applied in it , the arithmetic is improved . Furthermore , it is applied in the design of the frequency character test module .

  8. 模逆模块采用的是有利于硬件实现的扩展的Euclidean算法,将复杂的除法运算转变成简单的移位运算,同时通过对算法具体实现的改进有效的减少了运算需要的总周期数。

    The expanded binary Euclidean arithmetic is used for modular inversion due to its advantage for hardware implementation . Simple shift takes the place of complex division . And the total circles can be reduced by improving the detailed arithmetic implementation .

  9. 该算法不涉及矩阵的逆运算和除法运算,不受条件aii≠0的限制,对于严重病态的线性系统也能得到高精度解。

    The approach did not involve the inverse matrix operation and division operation of matrix , and was not restricted by the condition of a_ ( ii )≠ 0 . The high accuracy solution of a singular matrix was also obtained .

  10. 该文旨在介绍一种引入中国剩余定理加速私钥操作,并采用Barret模缩减方法,避开除法运算,将模幂运算转换成三个乘法运算和一个加法运算的快速模幂算法及其硬件实现方法。

    This paper presents the application of the Chinese Remainder Theorem in the private key operations , and the application of Barret 's modular reduction method to avoid the long critical path of division , by transferring a single modular multiplication into three multiplications and one addition .

  11. 对除法运算功能块运用给出了应用实例。

    This paper gives out the example of division block application .

  12. 多值模代数中的减法与除法运算及其应用

    Subtraction and Division Operations in Multiple-Valued Modulo-Algebra and Their Applications

  13. 关于集对分析联系度的乘法和除法运算

    On Multiplication and Division of Degree of Relation of Set Pair Analysis

  14. 快速浮点除法运算及其在单片机上的实现

    Rapid floating-point division algorithm and its implementation on MCS-51 series single chip computer

  15. 在除法运算中,被另一个数所除的数或量。

    In a division operation , the number or quantity to is divided .

  16. 光电并行数字计算中快速乘/除法运算的研究

    Quick ; Study for High Speed Multiplication and Division in Digital Parallel Optoelectronic Computation

  17. 最简单的办法是我们只允许对标量数字进行乘法和除法运算。

    The simplest approach is to only permit multiplication and division by scalar numbers .

  18. 在乘法运算中存放乘数,在除法运算中存放商的一种寄存器。

    The register used to contain a multiplier in multiplication and the quotient in division .

  19. 对关系代数除法运算的探讨

    Probing into Division Operation of Relational Algebra

  20. 每一步都很详细的除法运算。

    The operation of division in which the sequence of steps are indicated in detail .

  21. 对乘幂问题引入除法运算

    Appling division operations to power problems

  22. 实变多项式函数除法运算中余项的确定方法探讨

    Inquiring into Deterministic Method of Remainder Term in the Division Operation of Real Polynomial Variable Function

  23. 例如,可能用年数进行除法运算,而最近一年用月数除。

    For example , divisions might be by years with the most recent year divided by months .

  24. 计算过程没有写出来仍可进行的除法运算。

    The operation of division in which the sequence of steps is performed without writing them out .

  25. 一个计算器的说明书可能会声明它将执行正确的加法,减法,乘法和除法运算。

    The specification for a calculator probably states that it will perform correct addition , subtraction , multiplication , and division .

  26. 一种完成除法运算的部件,它的输入是除数和被除数,输出是商和余数。

    A unit that performs division operation . The inputs to it are divisor and dividend , the outputs from it are quotient and remainder .

  27. 数学中一种除法运算,通常当除数为大数时使用,在运算中每一步都被写出来。

    A process of division in arithmetic , usually used when the divisor is a large number , in which each step of the division is written out .

  28. 算法能够同时实现不同服务类的分组丢失率和排队时延成比例控制,具有O(1)的时间复杂度,并且避免了除法运算和排序操作,易于在网络处理器上实现。

    Our algorithm which avoids division and sort operation , preserves O ( 1 ) time complexity and can assure the proportional service in both loss ratio and delay .

  29. 算术表达式的求值可以分解成一组加法、减法、乘法和除法运算,这些运算在一定程度上是可以并行的。

    The arithmetic expressions could be divided into a set of additions , subtractions , multiplications and divisions . These operations can be concurrently executed at a certain degree .

  30. 被除数除以除数所得的数或量,是除法运算的结果之一。

    The number or quantity that is the value of the dividend divided by the value of the divisor and that is one of the results of a division operation .