您还可以使用重复运算符，可以将该运算符识别为乘法运算符，以便从小片段中构建更大的列表。
You can also use the repeat operator, which you may recognize as the multiplication operator, to build up a bigger list from small segments.
为了解决这一问题，乘法指令只使用每个32位的最低有效的16 位以便结果能够放进整个 32 位寄存器内。
To combat the problem, multiplication instructions only use the least-significant 16 bits of every 32-bit value so that the result will fit in the full 32-bit register.
这个问题甚至容易于描述乘法的运用和如何在将来使用。
It would've been harder to describe what multiplication was and how he'd used it in the past.
所以，当乘法将源寄存器视为32位宽时，它只使用了其中的16个位。
So, while the multiply treats the source registers as 32 bits wide, it only uses 16 bits of them.
注意我们很有必要使用一个辅助乘法函数。
Note that it is necessary to use a helper multiply function.
它使用的思想和十进制乘法算法的思想相同。
This follows the same idea as the decimal multiplication algorithm.
闭包rMultiply 是个局部应用程序，通过使用一个不变的第二操作数，把二元乘法改变成一元闭包。
The closure rMultiply is a partial application that adapts the binary multiplication to be a unary closure by using a constant second operand.
现在，SPU上的整数相乘指令多少有点问题，特别是有符号乘法(使用mpy指令)。
Now, the integer multiply instructions on the SPU are somewhat problematic, especially signed multiplication (using the mpy instruction).
在页面中布置文本和图形对象与上文的乘法和加法示例使用的postfix语法相同。
You place text and graphics objects on the page with the same postfix syntax as that of the multiplication and addition example above.
使用MPI进行并行编程来实现矩阵与向量的乘法。
Parallel programming using MPI to multiply a matrix by a vector.
那么对于dA，我们必须谨慎地使用乘法法则，或用偏微分。
Well, then, dA, so we had to use the product rule carefully, or we use the partials.
清单7演示了如何在for循环内使用range方法来创建整数1至10(包含10)的乘法表。
Listing 7 demonstrate how you can use the range method within a for loop to create a times table for the integers 1 through 10, inclusive.
我们将对矩阵乘法的标准技术稍微进行一下修改，这样就可以使用前面介绍的算法了。
We'll make a slight change to the standard technique for multiplying matrices so that the previous algorithm can be applied here.
这个结果在c语言中无法使用单个变量进行表示，因此这个乘法函数会以两个不同输出参数的形式返回结果。
This result cannot be represented in a single variable in c, so the multiply function returns the result in two different output parameters.
允许使用除法和乘法、多个函数、账户和运算符。
Allowing division and multiplication, multiple functions, accounts and operators.
在乘法和除法的O(1)是最普遍使用的计算机体系结构的实现方式？
Are multiplication and division o (1) the way they are implemented on most popularly used computer architectures?
本例使用两个for循环，外面的for循环关注乘法表中的每一行，嵌套的for循环关注每行内的列。
This example USES two for loops. The outer for loop takes care of each row in The Times table, and the nested for loop takes care of the columns within each row.
快速公式不使用Excel，但它们也不允许使用除法和乘法。
Fast formulas do not use Excel, but they also do not allow the use of division and multiplication.
在上面TimeBase计算的实现中，算法使用了一个辅助乘法函数。
In the implementation of the Time Base calculation above, the algorithm USES a helper multiply function.
如何使用线程池和多线程矩阵乘法的消息队列？
How to use thread pool and message queues in Multithreaded Matrix Multiplication?
利用矩阵的最重要的好处是任何数量的颜色转换，可以使用标准的组成矩阵乘法。
The most important advantage of using matrices is that any number of color transformations can be composed using standard matrix multiplication.
今天的孩子们允许在数学课上使用袖珍计算器，可是在我那个时代，我们不得不经过一番艰难困苦才学会乘法运算表。
Today's children are allowed to use pocket calculators in maths lessons, but in my day we had to do it the hard way and learn our multiplication tables.
这种情况下，我们将使用括号来表示乘法。
In this case, we'll use parentheses to represent the multiplication.
通过使用查表、概率量化和修改的重正化操作的方法，给出了一个简单的无乘法的二值分组算术编码方案。
By using the methods of table lookups, probability quantization and modified renormalization operations, a simple multiplication-free binary block arithmetic coding scheme is given.
建立回归模型一般使用最小二乘法，但在某些场合建立最小最大化准则回归模型更有意义。
In general, the least square method is used to build regress model, but on some occasions, it is more significant to build the least most rule regress model.
在该方案中，通过梯度法获取隐层神经元的输入，使用线性最小二乘法训练各神经元的权值和阈值。
In this scheme, the inputs of hidden layer neurons are acquired by using the gradient descent method, and the weights and threshold of each neuron are trained using the linear least square method.
反演过程归结为求解非线性最小二乘问题，在使用阻尼最小二乘法求解中提出了一种新的选取阻尼因子的算法。
The inverse process is equivalent to solve a nonlinear least square problem and a new way to choose damping factor is presented in utilizing the damping least square method.
在此基础上研究了模型中系统参数及运动参数的标定问题，设计了一种全新的标定块，并使用该标定块根据最小二乘法和迭代法快速地实现了参数标定。
Then the system parameters and kinematical parameters is estimated and a new calibration block is designed, After that the parameters are determined as a result by the least squares method.
本文将使用相对于最小二乘法更具有稳健性的分位点回归估计法。
So we introduced and used quantile regression method, which was robust in this situation.
本文使用NVIDIA的CUDA在GPU上实现了一个高效的矩阵乘法。
In this paper, we implement an efficient matrix multiplication on GPU using NVIDIA's CUDA.
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