Examples of using Addressing modes in English and their translations into Chinese
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Political
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Ecclesiastic
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Programming
Basic instructions and 10 addressing modes.
DSP processors often support specialized addressing modes, which are useful for general signal processing operations and algorithms.
Direct, indirect and relative addressing modes.
When there are only a few addressing modes, the particular addressing mode required is usually encoded within the instruction code(e.g. IBM System/360 and successors, most RISC).
The X data space is used by all instructions andsupports all addressing modes.
All seven source addressing modes can be used.
The dsPIC DSC architecture supports 84 instructions and10 addressing modes.
All seven source addressing modes can be used.
Then we will see lots of registers anda very few number of addressing modes.
The instructions shown below are purely representative in order to illustrate the addressing modes, and do not necessarily reflect the mnemonics used by any particular computer.
(If you are confused by the parentheses and dollar signs in the source code,those are used to indicate different addressing modes.).
The MIPS64 architecture features both 32-bit and 64-bit addressing modes, while working with 64-bit data.
When there are only a few addressing modes, the particular addressing mode required is usually encoded within the instruction code(e.g. IBM System/390, most RISC).
The data SRAMcan easily be accessed through the five different addressing modes supported in the AVR architecture.
To handle the triangular matrices that are specific to this algorithm,a number of specialized indexed addressing modes have been implemented.
The Intel Extended Server MemoryArchitecture is defined to include two 36-bit addressing modes in the core processor: PAE-36 and PSE-36.[1].
Most computer architectures maintain this distinction, but there are, or have been,some architectures which allow(almost) all addressing modes to be used in any context.
The instruction set of the microprocessor enhanced theprocessing function to enable it to have powerful addressing modes and instructions suitable for operating large-scale data.
The instruction set of the microprocessor enhanced theprocessing function to enable it to have powerful addressing modes and instructions suitable for operating large-scale data.
The extended addressing mode is undefined.
So that's immediate addressing mode where the data is in the instruction itself.
In direct addressing mode, the offset value is specified directly as part of the instruction, usually indicated by the variable name.
This"addressing mode" does not have an effective address, and is not considered to be an addressing mode on some computers.
Different heterogeneous networks have large differences in the content of communication protocols such as network architecture, reference framework, data structure,response mechanism, and addressing mode.
Microprocessors do not have such features, because their powerful addressing mode makes instruction coding short.
The instruction setconsists of the original 51 instructions with three formats and seven address modes and additional instructions for the expanded address range.
That is, instructions are divided into operations and address modes, and almost all address modes are available for almost all instructions.
The third instruction uses immediate addressing mode and register addressing mode and takes R1, adds R1 to it, adds 1 to it, and stores it back.
Different heterogeneous networks have large differences in the content of communication protocols such as network architecture, reference framework, data structure,response mechanism, and addressing mode.