寄存

At the register level,as in Figure 1,it is seen that the system comprises a storage register A and an adder circuit.

在登记的水平，如图1项，可以看出，该系统包括一个存储寄存器A和一个加法器circuit。

That also means you don't have to play with segment registers. you can use any segment register to address any point in the memory space. that's a great help to programmers. this is what makes win32 assembly programming as easy as c.

这同时也意味着您无须和段寄存器打交道，您可以用任意的段寄存器寻址任意的地址空间，这对于程序员来说是非常方便的，这也使得用32位汇编语言和用c语言一样方便。

That also means you dont have to play with segment registers. You can use any segment register to address any point in the memory space. Thats a GREAT help to programmers. This is what makes Win32 assembly programming as easy as C.

这同时也意味着您无须和段寄存器打交道，您可以用任意的段寄存器寻址任意的地址空间，这对于程序员来说是非常方便的，这也使得用32位汇编语言和用C语言一样方便。

That also means you don''''t have to play with segment registers. You can use any segment register to address any point in the memory space. That''''s a GREAT help to programmers. This is what makes Win32 assembly programming as easy as C.When you program under Win32, you must know some important rules.

这同时也意味着您无须和段寄存器打交道，您可以用任意的段寄存器寻址任意的地址空间，这对于程序员来说是非常方便的，这也使得用32位汇编语言和用C语言一样方便。

SHIFT_8REG is eight with a displacement of the functional Register, Each will enter the data from the register into the lowest point, and the left shift accordingly.

详细说明： SHIFT_8REG是8位的一个具有移位功能的寄存器，每一次数据打入都会从这个寄存器的最低位打入，并相应进行向左移位。

After an interrupt is generated, the CPU compares the interrupt number (x8) against the size of the IDT -- stored in the interrupt descriptor cache register. If the INT# x 8 doesn't exceed the IDT size, then the interrupt is considered invokable, and the IDT base address is fetched from the descriptor cache; then the ISR's protected mode address is fetched from the IDT.

在产生一个中断之后， CPU 将会把中断号(乘以8)和 IDT 的长度进行比较（ IDT 的长度存储在中断描述符缓冲寄存器中），如果中断号乘以8之后的值没有超过 IDT 的长度，则该中断被认为是可调用的，然后将 IDT 的基址从中断描述符缓冲寄存器中取出； ISR 的保护模式帝制从 IDT 中取出。

For these components we will use a register transfer level design style based on registers, multiplexers, and so on.

对于这类部件，将采用基于寄存器、多路器等部件的寄存器传输级（RTL，register transfer level）设计方式。

This process is called register allocation and is one of the most important optimisations on all architectures, but it is even more important on the Intel architecture because of the low number of available registers.

这个处理叫做寄存器分配，它是所有体系结构中最重要的优化之一。因为寄存器数量很少，因此在 Intel 体系结构中它显得很重要。

Before making any timing to evaluate the effect of the two optimisations it is a good idea to optimise away some, or all if possible, of the stack to register and register to stack moves.

在比较这两个优化的效率之前，最好能尽可能的优化掉比如堆栈到寄存器，寄存器到堆栈的数据移动。

Therefore, in setting up the correspondence between register and location values, we can safely ignore those registers that are dead at the current point l.

所以，在设定寄存器及其分配单元之间的对应关系时，我们可以安全地忽略当前点l的所有非活跃寄存器。

Results showed that 0.01g/mL extract of Oxalis corniculata L. had obvious antimicrobial effect on S. aureus, but all extract of Oxalis corniculata L has not any antimicrobial effect on E.

结果表明，0.01g/ml的提取物对摇床培养的金黄色葡萄球菌生长具有明显的抑制作用；但各种浓度的提取物对摇床培养的大肠杆菌生长均无抑制作用。

This will be totally different from Zaro's texture mod, it will be desaturated, dirty etc.

这会和Zaro的那个材质补丁有很大不同，这边是更多的不饱和色，整个都灰扑扑的。