一组128个寄存器，每个128位宽(每个寄存器通常都可以用来同时保存4个32位的值)。
A set of 128 registers, each 128 bits wide (each register is normally treated as holding four 32-bit values simultaneously).
如果我们希望所有位全部置位，那么一种可移植的方法是定义一个有符号的常数，其值为- 1。
If you want to turn all the bits on, a portable way to do this is to define a signed long constant with a value of -1.
举例来说，如果您将一个32位的值传递给一个期望16位值的函数，而且所传递的参数值也在正确范围之内，那么这个函数就永远不会注意到多出来的字节。
For instance, if you pass a 32-bit value to a function expecting a 16-bit value, and the value is in range, the function may never notice the extra bytes.
在 64位系统上，整型被转换成 64 位的整型值，单精度的浮点类型被转换成双精度的浮点类型。
On a 64-bit system, integral types are converted to 64-bit integral types, and single precision floating point types are promoted to double precision.
由于乘法的操作数是两个64位的值，它们的乘积是一个128位的数字。
Since the operands for the multiplication are 64-bit values, the result of their product is a 128-bit number.
对于32位，新的默认最大值是 ~32K，对于 64 位，新的默认最大值是 ~64K。
SPU寄存器均为128位宽，但我们的值只有32位长。
Remember that the SPU registers are 128 bits wide, but our value is only 32 bits long.
在下面可以看到另一个约束，它使用两个寄存器%eax和%edx将两个32位的值合并在一起，然后生成一个64位的值。
And here you can see another constraint that USES the two registers % eax and % edx to combine two 32-bit values and generate a 64-bit value.
即使目标处理器(PPE)拥有64位的本地地址空间，spu_mfcdma32函数也会使用一个32位的值。
The spu_mfcdma32 function takes a 32-bit value even though the target processor (the PPE) has a native 64-bit address space.
由于所处理的是4个32位的值而非一个128位的值，所以针对不同的值就可能会有不同的结果。
Since you are dealing with four 32-bit values rather than one 128-bit value, you could have different results for the different values.
在下面这条语句中，在对bufferSize 进行赋值时，从sizeof返回的 64 位值被截断成了 32 位。
The 64-bit return value from sizeof in the following statement is truncated to 32-bits when assigned to bufferSize.
但是在SPE上，如果原型错了，那么所希望的32位和64位值的slot就偏移了，这样二者之间的转换必须显式地进行处理。
But in the SPE, if the prototype is wrong, the preferred slot for 32-bit and 64-bit values is offset in such a way that conversion between the two must be handled explicitly.
i386应用程序的二进制接口规定这个大小是96位，因此- m96bit - long - double在32位模式中是默认值。
The i386 application binary interface specifies the size to be 96 bits, so -m96bit-long-double is the default in 32-bit mode.
对于网络代码来说，公认的解决方案是将数据都以八位字节(8位值)来表示，从而只发送定义好的数据流。
For network code, the consensus solution has been to represent everything as octets (eight-bit values), and just send defined streams of them.
Disabled(默认值)—Domino要求使用7位ascii编码发送包含8位字符的入站消息。
Disabled (default) - Domino requires inbound messages containing 8-bit characters to be sent using 7-bit ASCII encoding.
一旦知道了该地址的值的类型，就知道了表示该类型的值需要多少位和如何解释这些位。
Once we know the type, we know how many bits are needed to represent a value of that type and how to interpret those bits.
由于图像是复合的(每一位面分别表现并且图像是合成的)，因此我们可以除以每一位面，这样增加的最大值将小于255。
Since the image is a composite (i. e. each plane is represented separately and the images are combined), we can divide each of the planes, so that the maximum value of the additions is less than 255.
数量可以是四位数到六位数之间的任何值。
使用这些值创建两个DES加密密钥，并为每一组添加一个奇偶校验位，这样即可创建出64位的密钥。
These values are used to create two DES encryption keys, one from each half with a parity bit added to each to create 64 bit keys.
下面这个例子是一个64位的数据流，由9个变长的位值组成，后面紧跟一个UI 16值。
The following example is a stream of 64 bits, made up of 9-bit values of varying length, followed by a UI16 value.
目的探讨腰椎前后位、侧位骨密度值之间的相关性。
Objective Researching the correlation between A-P and lat eral BMD of lumbar spine.
每个端口指定了一个端口id，端口id长16位，由两部分组成，一个6位的优先值和一个10为的端口号。
Each port is assigned a port ID. Port IDs are 16 bits long and consist of two parts: a 6-bit priority setting and a 10-bit port number.
每采样值8位(码)的重复速率比4位的重复速率高。
The repetition rate of 8-digits per sample value is higher than that of 4-digits.
哪张数目卡的数字8的位值是万位？
Which card has the digit 8 in the place value of ten thousands?
这时候的二进制数据格式如上图， 第一位固定为1，后面7位为映射的索引值。
An indexed header field starts with the '1' 1-bit pattern, followed by the index of the matching header field, represented as an integer with a 7-bit prefix.
两位，含义为“读取所有文件”和“写入所有文件”或相反，具体取决于这两位的值。
Two bits meaning "read all files" and "write all files", or not, depending on their values.
将解调的1位信号值与定位系统调制码逐位进行逻辑组合(例如异或)，以产生多个1位相关值。
The demodulated 1-bit signal values are bitwise logically combined (e. g., XORed) with the positioning system modulation code to produce a plurality of 1-bit correlation values.
将1位信号值与1位量化载 波解调模板逐位进行逻辑组合（例如，异或），以产生解调的1位信 号值。
The 1-bit signal values are bitwise logically combined (e. g. , XORed) with a 1-bit quantized carrier demodulation template to produce demodulated 1-bit signal values.
该1位信号值可被安排到信号值字中，将其与载波解调模板字逐位进行逻辑组合以产生解调的信号值字。
The 1-bit signal values may be are arranged into a signal value word that is bitwise logically combined with a carrier demodulation template word to produce a demodulated signal value word.
该1位信号值可被安排到信号值字中，将其与载波解调模板字逐位进行逻辑组合以产生解调的信号值字。
The 1-bit signal values may be are arranged into a signal value word that is bitwise logically combined with a carrier demodulation template word to produce a demodulated signal value word.
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