作为例子，我们将要写一个计算由浮点数、圆括号及一些常用的加、减等算术符号组成的算术表达式的程序。
As an example we will write a small program to read and evaluate arithmetic expressions consisting of floating point Numbers, parentheses and the usual operators for addition, subtraction, and so on.
论文介绍了一种浮点乘加的测试方法，并从特殊值和随机数两个角度进行测试。
This paper introduces a method for FMA test, and finally we use special value and random value for the test.
例如我们要写一个计算由浮点数、圆括号及一些常用的加、减等算术符号组成的算术表达式的程序。
As an example we will write a small program to read and evaluate arithmetic expressions consisting of floating point Numbers, parentheses and the usual operators for addition, subtraction, and so on.
相对于浮点计算法，移位-加操作最大的优点是计算简单，特别易于超大规模集成电路实现，因而使硬件实时处理图像信号成为可能。
Compared with the floating-point computing method, the shift-add operation is simpler, and can be implemented easily by VLSI, which enables the real-time image processing to be realized by hardware.
传统的浮点乘加部件采用“乘法-加法-规格化-舍入”的结构。
The structure of traditional FMAF is "multiply - add - normalize - round".
基于多通路的思想，文章提出了一种改进的多通道浮点乘加器结构。
Based on the idea of multi-path, this thesis proposes an improved multi-path floating-point fused multiply-add (MAF).
基于多通路的思想，文章提出了一种改进的多通道浮点乘加器结构。
Based on the idea of multi-path, this thesis proposes an improved multi-path floating-point fused multiply-add (MAF).
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