缓冲区溢出

导致缓冲区溢出的常见C和C++错误

Common C and C + + mistakes that permit buffer overflows

一种C语言缓冲区溢出漏洞检测的静态分析方法

A Static Analysis Method for Detecting Buffer Overflow Vulnerabilities in C Program

一种发现C程序中缓冲区溢出漏洞的算法

The algorithm of finding vulnerabilities in C code

基于Windows的Web应用程序安全测试平台&缓冲区溢出测试

Buffer Overflow Attacking of Security Testing Platform in Web Application Based on Windows

Web浏览器缓冲区溢出攻击检测技术

Web Browser-Based Buffer Overflow Attack Detection

那么可以使用标准C库的例程来防止缓冲区溢出吗？

So can you use the standard C library 's routines for preventing buffer overflow ?

C语言程序设计中的缓冲区溢出问题

The Buffer Overflow in C Program Design

Linux缓冲区溢出攻击检测与防范技术

Techniques on Prevention and Detection of Buffer Overflow Attacks on Linux

对Linux系统缓冲区溢出漏洞攻击的防范

Prevention of attack on overflowing loopholes in buffer of Linux system

由于C语言允许通过指针进行间接内存访问，但并不进行边界检查，因此可能存在缓冲区溢出。

The C language allows indirect access memory location by pointer without boundary check , which may cause buffer overflow .

借助知识、谨慎和工具，C和C++中的缓冲区溢出缺陷是可以防止的。

Buffer overflow vulnerabilities can be prevented in C and C + + with knowledge , caution , and tools .

虽然出现较晚，但它的危害性却一点也不亚于诸如缓冲区溢出等广为人知的C程序缺陷。

Though appearing relatively late , it has done as much harm as other notorious defects , such as Buffer Overflow .

C程序的缓冲区溢出漏洞是近年来最为常见且危害极大的安全漏洞之一。

The buffer overflow problem in C programs is one of the most famous and dangerous vulnerabilities in the last decades .

毕竟，除了C和C++外，几乎每种高级语言都具有有效防止缓冲区溢出的内置机制。

After all , practically every high-level language except C and C + + have built-in mechanisms to effectively counter them .

基于CPU硬件的缓冲区溢出攻击的防范技术

Technology to Prevent Buffer Overflow Attacks Based on CPU Hardware

基于Petri网的程序缓冲区溢出检测方法

Detection method of program buffer overflow based on Petri Net

CPU微结构中侦测和防止缓冲区溢出的实现

Hardware Solution for Detection and Prevention of Buffer Overflow Attacks in CPU Micro-architecture

对设计进行功能仿真和FPGA验证，监控单元可以有效地防御缓冲区溢出攻击。

From the simulation and FPGA verification , monitoring unit can effectively defense buffer overflow attacks .

UNIX缓冲区溢出攻击：技术原理、防范与检测

Buffer Overflow attacks on UNIX : Technical Principles , Prevention and Detection

针对这一问题，论文以缓冲区溢出攻击与防御研究为主题，以windows系统为平台，力图系统地对缓冲区溢出多方面的性质进行综合研究。

Therefore this paper author attempts to conduct a comprehensive research on attack and defense of buffer overflow under windows platform .

在FPGA板上的实验结果表明该监控模块能够有效防住大部分缓冲区溢出攻击，监控模块带来了5%的硬件开销和0.1%的性能损耗。

The experiment results on FPGA board shows that our memory monitor module can effectively defend majority buffer overflow attacks .

本文分析了在C程序设计中存在的缓冲区溢出问题和潜在的危险性，提出了自己的看法。

In this article , the auther analyzes the buffer overflow in C program design and its potential dangers and puts forward his own opinion on this problem .

它对潜在的问题提出警告，如在C中编程时可能出现的缓冲区溢出，并就如何预防这些问题提供了建议。

It gives warnings about potential problems , such as buffer overflows that can occur when programming in C , and gives advice about how to prevent them .

为防范缓冲区溢出攻击，在Intel32位CPU及Windows系统下实现了不可执行堆栈。

A non-executable stack approach is proposed and evaluated to defense against stack-based buffer overflow attacks under Windows and Intel 32-bit CPUs .

缓冲区溢出攻击的分析和一种防卫算法RAP

Analysis of Buffer Overflow Attack and a Defending Algorithm RAP

基于以上工作，实现了一个COM组件栈缓冲区溢出漏洞检测原型系统。

Based on the work mentioned above , a prototype system that can detch stack buffer overflow of COM is realised .

对基于WEB的主要攻击手段进行了分析，实现了对违反访问规则、缓冲区溢出攻击、模式匹配、重复失败访问的检测。

Analyze the main approachs that attack the web server . Implement the IDS that can detect the activity that violate the access control regulation , buffer overflow , and repeated access failure .

FuzzTesting作为一种重要的测试手段，通过大量数据的注入来测试网络协议的安全，能够发现拒绝服务、缓冲区溢出和格式化字符串等多种重要漏洞。

Fuzz Testing often used to discover DoS , buffer overflow , format string and other kinds of serious vulnerabilities of network protocols .

首先阐述了常用Web技术，指出当前的Web服务器存在诸如无意识的数据泄密、缓冲区溢出和恶意远程代码执行、拒绝服务等一些常见问题。

At first , common Web-tech is described . Some existed common problems are pointed out , such as unintended Data Disclosure , Buffer Overflows and Remote Code Execution , Denial of Service Attacks and so on .

不过做起来并没有那么容易，特别是在C中。如果使用C和C++来编写安全的程序，您需要真正理解缓冲区溢出和如何防止它们。

But it 's not that easy , especially in C.If you 're using C and C + + to write secure programs , you need to really understand buffer overflows and how to prevent them .