1) RAS Return Address Stack
返回地址堆栈
2) return-address stack
返回地址栈
1.
In most current high-performance microprocessors, the predicted target addresses of procedure returns are provided by a return-address stack (RAS).
当前,大多数高性能微处理器都使用返回地址栈为返回指令提供预测目标地址。
3) return-address stack repair mechanism
返回地址栈修复机制
1.
First, three kinds of return-address stack repair mechanisms used widely are analyzed, a novel return-address stack repair technique called backup stack is proposed, and its implementation is detailed.
本文首先分析了三种常见的返回地址栈修复机制,提出了一种新的返回地址栈修复机制——后备栈,并详细描述了后备栈机制的逻辑实现和工作原理。
4) return address
返回地址
1.
Study of how to convert recursive algorithm without return address;
无返回地址的递归消除方法研究
2.
At the same tine,this technique solves the problem that the return address is unknown.
该技术通过修改编译代码,动态检测缓冲区是否发生溢出,对返回地址进行保护,避免了恶意代码的运行。
3.
FPW detects the overwriting to return address in real time by monitoring the previous frame pointer in stack.
FPW通过监视前帧指针来实时检测对函数返回地址的溢出攻击 。
5) return stack buffer
返回栈
6) return address protection
返回地址保护
补充资料：返回
回；回到（原来的地方）。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条