这之后，我会向您展示如何在C中对它们进行编程，但比较而言，汇编语言能够更好地体现该处理器的独特性。
Later, I will show you how to program them in c, but assembly language gives a better view of the distinctiveness of the processor.
了解SPU的汇编语言是如何工作的，也可以对使用高级语言来使用处理器提供帮助。
Knowing how the SPU's assembly language works will also aid you in exploiting the processor in higher-level languages.
前面有关SPU 的讨论主要集中在 SPU 的汇编语言上，从而帮助您更加深入地了解处理器。
Previous discussions about the SPU have focused on the SPU's assembly language to help you get to know the processor intimately.
如果您以前从未用汇编语言编过程，寄存器就是处理器为计算值所使用的临时存储。
If you've never programmed assembly language before, registers are the temporary storage that processors use for computing values.
本文涵盖了在安装了Linux的PLAYSTATION3的CellBE处理器上进行汇编语言编程的一些主要概念。
This article covered some of the main concepts of assembly language programming on the Cell BE processor of the PLAYSTATION 3 under Linux.
与其他语言不同，汇编语言要求开发人员了解编程所用机器的处理器体系结构。
Unlike other languages, assembly programming involves understanding the processor architecture of the machine that is being programmed.
这个文字集被称作为处理器的汇编语言。
This collection of words is called the assembly language of the processor.
这是微型处理器中的一个实验，功能是实现串行通信，本程序是用汇编语言编写的，而且有运行结果。
This is the microprocessor an experiment that its function is to achieve serial communications this program is written in assembly language, but operating results.
一个能把人可读的汇编语言程序转换到处理器可理解和运行的机器指令的软件开发工具。
A software development tool that translates human-readable assembly languageprograms into machine-language instructions that the processor can understandand execute.
熟悉80X86微处理器的结构、原理及其宏汇编语言程序设计。
The structure of familiar 80X86 microprocessor, principle and its grand assembly language programming.
我记得我的导师说所有的微处理器都有汇编语言。
I don't remember my professor's saying that not all microcontrollers have the same assembly language.
在寄存器极少的16位处理器平台HCS12上实现了LCC的移植，并对其在汇编语言级进行了优化；
Secondly, it manages to retarget LCC to a new architecture "HCS12" which has few general purpose registers and 16-bit wide datapath. It execute many optimization methods on assembly level.
在寄存器极少的16位处理器平台HCS12上实现了LCC的移植，并对其在汇编语言级进行了优化；
Secondly, it manages to retarget LCC to a new architecture "HCS12" which has few general purpose registers and 16-bit wide datapath. It execute many optimization methods on assembly level.
应用推荐