1.
A cross-compiler runs on a host computer and produces object code for the target.
交叉编译器在主机上运行并且产生目标机的目标代码。
2.
Most C/ C++ cross-compilers come with startup code that you can modify, compile, and link with your embedded programs.
大多数C/+交叉编译器在你可以修改、译他连接你的嵌入式程序时与启动代码一起来到。
3.
The network of intersections between input and output leads in a computer, functioning as an encoder or a decoder.
模型，压模计算机中输入和输出之间的交叉网，用作编码器和译码器
4.
A construction method of common embedded cross compiler tool based on newlib
基于newlib的通用嵌入式交叉编译工具的构建
5.
Design and cross compiling on an embedded Linux device driver
嵌入式Linux的设备驱动程序设计及其交叉编译
6.
Porting of Cross Assembler and Cross Linker Based on GNU Binutils for Embeded System;
基于GNU Binutils的嵌入式系统交叉汇编器和交叉连接器的移植
7.
A Port of GNU Toolchain to Build Cross-compiling Environment of Embeded ARM-MINIX;
基于GNU工具链的ARM-MINIX嵌入式系统交叉编译环境的移植
8.
cross and resident assembler
交叉及常驻汇编程序
9.
&Program Compiler
程序编译器(&P)
10.
Ambiguities in Russian-Chinese Machine translation System Based on Multi-knowledge Alternate Processing,;
基于多知识交叉分析的俄汉机器翻译系统的多义区分与消解
11.
Instead, VLIW chips shift more of that burden onto compilers.
相反，VLIW芯片将此负担的大部分转交给了编译器。
12.
Interlace Encode and Decode Unit Design Based on Embedded Array Block
基于EAB资源的交织编译码器的设计与实现
13.
A New Method of Determination of Optimal Binary Tree Encoding and Decoding;
最优二叉树编译码确定的一种新方法
14.
Without bootstrapping on themself, embedded systems always request a cross development tool chain.
嵌入式系统本身不具备自举开发能力，必须有交叉编译开发工具和环境才能进行开发。
15.
crossed-field electron beam multiplier
交叉场电子束倍增器
16.
cross-field electron beam multiplier
交叉电场电子束倍增器
17.
two-way interleaved memory
二路交叉存取存储器
18.
crossed-field accelerator
交叉场等离子体加速器