编译技术

Grid平台上的NGS编译技术

The Compiler Technology of NGS on the Grid

开放编译技术在逆向工程中的研究

Research on Open Compiler Technology in Reverse Engineering

基于信息流分析的C代码安全编译技术研究

Research on Safe C Code Compilation Based on Information Flow Analysis

提出一种新的基于容忍入侵的C代码安全编译技术。

A new C code safe compilation based on intrusion tolerance is proposed .

在嵌入式Java芯片中使用即时编译技术

Applying just in time compiling technology in embedded Java chip

一种基于XML的构件组装编译技术研究

Research on XML-Based Component Assembly Compile Technology

没有一种本地代码编译技术能够适合所有的Java执行环境。

No one native code compilation technology is suitable for all Java execution environments .

JAVA反编译技术和代码安全

Decompiling Techniques on JAVA and Code Security

出于这个原因，需要同时使用这两种编译技术以满足Java应用程序开发人员的要求。

For this reason , both compilation technologies are required to meet Java application developers'demands .

使用连接池和预编译技术提高JSP系统的性能

Enhancing performance of JSP system by using connected pool and pre-compiler

NET的核心技术包括分布式计算、XML、组件技术、即时编译技术等，它们都是当今世界上最先进的计算机技术，也代表了计算机技术的发展方向。

They are the most advanced computer techniques in the world nowadays , and also stand for the directions of computer technology development .

因此，将计算密集的C代码转换为面向FPGA的VHDL程序的可重构编译技术正逐步成为一个重要趋势。

The reconfigurable technology of transferring computation-intense C code to VHDL code oriented FPGA is gradually becoming an important trend .

一种基于机器描述的VLIWDSP编译技术

A VLIW DSP Compile Technology Based on Machine Description

特别是C／C++，SHELL语言和内核裁减、编译技术，几乎贯穿整个实验系统。

Especially the C / C + + , SHELL and the technology of Kernel Cutting , Kernel Compiling almost run through the whole experiment system .

基于GCC的静态单一赋值优化编译技术的研究

Research on Static Single Assignment Optimization Technique Based on GCC

共享虚拟存储系统SVM和面向共享存储的编译技术的相结合有效地解决了这一问题，使得编写并行应用程序变得十分容易，而且易于移植。

One method for eliminating this restriction is to combine powerful shared memory parallelizing compilers with software Shared Virtual Memory systems .

编译技术是实现高效率Prolog系统的一个重要手段。

Compilation is an important technique for implementations of high performance Prolog systems .

因为很多这些工具都是基于一些标准的编译技术，而对于特定的DSP处理器的结构都不是很适合的。

In most cases these tools are based on standard software compiler techniques , which are not well suited for the peculiar architecture of DSP processors .

介绍了一种以编译技术，主要是以词法分析和语法分析为基础的开发程序可视化工具的方法，并给出了C语言程序执行可视化工具的实例，以说明该方法的实用性。

This paper introduces a method of developing visualizing tool based on compiling technology mainly on lexical analysis and parsing , and also describes an implementation of program visualization tool of C language program .

文章采用反射和开放编译技术，对开放编译器OpenC++进行了扩展与改进，设计并实现了一个C/C++动态内存泄漏检测工具，以帮助开发和测试人员查找内存泄漏。

In this paper , a dynamic memory leak detector for C or C + + program based on the techniques of reflection and open compiler is designed and implemented , to help engineers find memory leaks .

基于VLIW的机器相关优化编译技术研究

Research on Architecture-Dependent Compiler Optimization Technology Based on VLIW

结合利用编译技术实现的编译器，针对C语言类型定义、变量定义、运算符、表达式、语句、函数定义及函数调用的语义，将源程序翻译为时间逻辑公式。

Compiler technology using a combination of compiler for C language type definitions , variable definitions , operators , expressions , statements , function definitions and semantics of function call will be translated into temporal logic formulas .

共享主存多SIMD结构及编译技术研究

Shared-memory Multiple SIMD Architecture and Compiler Techniques

设计该实验系统时，作者涉及了如下技术：高级语言编程技术（C／C++，SHELL语言）、内核裁减技术、内核修改技术、内核编译技术以及系统编程技术等。

As the system designed , technology of Advanced Language Programming ( C / C + + , SHELL ), Kernel Cutting , Kernel Modifying , Kernel Compiling as well as System Programming are involved in .

本文运用编译技术实现了NC程序的词法检查、语法检查、控制字提取和刀具路径插补运算等操作；

Controller operations , such as lexical analysis , syntax check , extracting of machine control words , and interpolating of tools path , are realized by the translating and edit technology .

VLIW微处理器特征与编译技术支持

VLIW Microprocessors Features and Compiler Support

研究了编译技术，针对NC代码的特点，对NC代码进行了文法描述，并设计了NC代码编译器的总体结构。

Then studies compiler techniques , in view of the characteristics of NC code , describes a grammar of the NC code , and designs the overall structure of the NC Code Compiler .

将编译技术引入NC代码分析处理过程中，把NC代码编译过程分为词法分析、语法分析和代码转换三个阶段。

Having introduced the compile technology into the process of NC code analysis , the process of NC code compile is divided into three stages : Lexical Analysis , Syntactic Analysis and NC Code Conversion .

JikesRVM动态编译技术分析与性能评测

Analysis and Evaluation about Dynamic Compiling Technology of Jikes RVM

而AOT应用程序则无此限制，因此它能够使用更主动的编译技术，所以有时可产生优于JIT编译代码的性能。

The AOT compiler does not have this limitation , so it can afford to apply more-aggressive compilation techniques that sometimes yield better performance than JIT-compiled code .