These different ways are called addressing modes.
这些不同的方法就称为寻址模式。
Instruction sets, addressing modes, data types.
指令系统，寻址方式，数据类型。
The use of other addressing modes is covered later in this article.
本文后面讨论其他寻址模式的使用方法。
There are actually two addressing modes that don't access memory at all.
有两种寻址模式实际上根本就不会访问内存。
Constraints are primarily used to decide the addressing modes for operands.
限制符主要用来决定操作数的寻址方式。
Before getting into addressing modes, let's review computer memory concepts.
在开始讨论寻址模式之前，让我们首先来回顾一下计算机内存的概念。
Shows the the D3D texture various addressing modes, mirror texture, edge and texture, etc.
说明：展示了D3D的贴图各种寻址方式，有镜像纹理、边沿纹理。
They are considered different addressing modes because they may be implemented differently based on the processor.
它们之所以被视为不同的寻址模式，原因在于它们可能根据处理器采用了不同的实现。
The paper introduces the CPU structure, Memory composition, Peripheral resources and the addressing modes of DSP.
本文讲述了DSP的CPU结构、存储器构成、外设资源和指令寻址方式等。
In both the assemblers, the names of registers remain the same, but the syntax for using them is different as is the syntax for addressing modes.
在这两种汇编器中，寄存器的名称是一样的，但是因为寻址模式不同，使用它们的语法是不同的。
To learn how addressing modes work for load and store instructions on PowerPC processors, you must first understand a little bit about the PowerPC instruction format.
为了解寻址模式对于PowerPC处理器上的加载和存储指令是如何工作的，我们必须先要对PowerPC指令格式有点了解。
To learn how addressing modes work for load and store instructions on PowerPC processors, you must first understand a little bit about the PowerPC instruction format.
为了解寻址模式对于PowerPC处理器上的加载和存储指令是如何工作的，我们必须先要对PowerPC指令格式有点了解。
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