Generally, modern processors do not have narrower floating-point than 32-bit arithmetic.
一般来说，现代处理器没有窄比32位浮点算术。
This function takes a 32-bit integer from the request, and USES it in an arithmetic operation that calculates the size of a dynamic buffer.
此函数从请求中提取一个32位整数，并使用它中的算术运算来计算一个动态缓冲区的大小。
Any pointer arithmetic should be performed using variables of type long regardless if in 32-bit or 64-bit mode.
无论是处于32位模式下还是处于64位模式下，都应当使用长型变量执行所有指针算法。
The system uses CCD for getting digital image, uses a 16 bit fix-point DSP to perform fast discret cosine transform(DCT) arithmetic and image encoding and realizes a fast image compression in end.
系统使用CCD获取原始数字图像数据，采用快速算法实现了核心的二维DCT变换，经过编码后，在一个16位定点DSP上实现了快速图像压缩。
Thus, providing 64-bit addressing and integer arithmetic capabilities involves changing the bindings or mappings of the existing data types, or adding new data types to the language.
因此，提供64位的寻址和整数运算能力必须要修改现有数据类型的绑定或映射，或者向c语言中添加新的数据类型。
This is due to the fact that everything is converted to 32-bit or 64-bit before doing the actual arithmetic operation.
这是由于事实：每件事物被转换到32个位元或者64-在做真实的算术运算之前咬了。
Then it introduces some classical arithmetic of audio information hiding, such as Least Significant Bit, Phase Coding, Echo hiding. And we use them in our system to realize covert communication.
然后介绍了几种经典的音频信息隐藏算法，如最不重要位，相位编码和回声编码，并且将它们用在我们这套系统中实现了隐秘通信。
This paper describes a 32-bit fixed-point Arithmetic and Logic Unit (ALU).
本文介绍了一种32位定点运算部件的设计方案和实现结果。
In an arithmetic right shift, the bits shifted beyond the rightmost bit position are discarded, and the leftmost bit is propagated into the bit positions vacated at the left.
在算术右移位运算中，将丢弃移出最右侧数位位置的数位，并将最左侧的数位传播到左端空出的数位位置。
Arithmetic Operators perform familiar calculations on numeric values, including shifting their bit patterns.
运算符对数值执行常见计算，其中包括将数值的位模式移位。
ZBP exploits the correlation among the Zerotree symbols and the bit data of wavelet coefficients, so the efficiency of arithmetic coding is improved.
ZBP不仅充分利用了零树符号之间的相关性，而且从位数据的层面上挖掘出了小波系数值之间的相关性，从而提高了算术编码的性能。
In an arithmetic left shift, the bits shifted beyond the range of the result data type are discarded, and the bit positions vacated on the right are set to zero.
在算术左移位中，位元移动的范围若超过结果资料型别会予以舍弃，而且右方空出的位元位置会设定成零。
At last, bit pressure control arithmetic based on fuzzy theory is compiled.
最后完成了对于钻压模糊控制算法软件的编制。
In this paper, we propose a new implementation of bit level arithmetic coding by use of integer additions and shifts.
本文提出了一种利用整数加法和移位实现二值算术编码的方法。
This paper proposes a new arithmetic of JPEG decode software basing on the 32-bit ARM7 chip, LPC2292 and applying the arithmetic, a handhold JPEG image displayer is designed.
文章介绍了基于32位ARM7芯片LPC 2292实现的软件JPEG解码算法及应用了此算法的手持JPEG图像显示器的设计。
Since VB doesn't support unsigned arithmetic we have to strip out the high bit and add it back again later to avoid overflows and misleading results.
由于VB不支持无符号算术符，我们只好剥去这最高一位，在稍后再把它加回来，以避免溢出和错误的结果。
The experimental results indicate that the reconstructed image using the proposed approach has better visual effect than those processed by JPEG2000 arithmetic under the same bit rate.
实验结果表明，恢复后的图像与标准的JPEG2000算法相比在同样的码率条件下具有更好的视觉效果。
Performs an arithmetic left shift on a bit pattern.
对位模式执行数学左移位。
From the simulate date it is testified that the improved arithmetic on bit distributing can reduce the calculation quantity in great range and the system performance depress few.
通过性能模拟数据证明改进的比特分配算法可以大幅度降低比特分配的运算量，而系统的性能较现有算法几乎没有降低。
Some have provisions for loading and storing 16-bit floating-point objects, but they convert them to 32-bit objects as they are loaded and do arithmetic with 32-bit objects.
有些规定加载和存储16位浮点对象，但他们将它们转换为32位与32位加载和做算术的对象的对象。
Performs an arithmetic right shift on a bit pattern.
对位模式执行数学右移位。
Bit - Sliced Arithmetic Coding?
位片断算术编码BSAC ？
Bit - Sliced Arithmetic Coding?
位片断算术编码BSAC ？
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