memory n. 1.记忆;记忆力;【自动化】存储器;信息存储方式;存储量。 2.回忆。 3.纪念。 4.死后的名声,遗芳。 5.追想得起的年限[范围]。 artificial memory 记忆法。 retentive memory 良好的记忆力。 a translation memory (电子计算机的)译码存储器。 Keep your memory active. 好好记住,不要忘记。 It is but a memory. 那不过是往事而已。 bear [have, keep] in memory 记着,没有忘记。 beyond [within] the memory of man [men] 在有史以前[以来]。 cherish the memory of (sb.) 怀念(某人)。 come to one's memory 想起,忆及,苏醒。 commit to memory 记住。 from memory 凭记忆。 have a good [bad, poor, short] memory 记性好[坏]。 have no memory of 完全忘记。 If my memory serves me. 如果我的记性不错。 in memory of 纪念…。 of blessed [famous, happy, glorious] memory 故〔加在已死王公名上的颂词〕 (King Charles of blessed memory 已故查理王)。 slip sb.'s memory 被某人一时忘记。 to the best of one's memory 就记忆所及。 to the memory of 献给…〔著者书前纪念性题词〕。 within living memory 现在还被人记着。
The truth is, db2 makes some kernel memory adjustments when it is started 实际上,db2在启动时会对内核内存作一些调整。
Your best bet is to create ( or use ) an hids that works with executable kernel memory 你最好的赌注是创建(或使用)一个hids与可执行内核内存一起工作。
Note in general, it's much less tedious to detect run-time kernel memory patching through behavioral analysis 提示一般说来,通过行为分析来检测一个运行时内核内存补丁不那么单调乏味得多。
Kernel virtual memory management kernel memory allocator, a component that tries to satisfy the requests for memory 内核虚拟内存的管理/内核内存分配器,这是一个用来满足对内存的请求的组件。
This aptly named tool is essentially a patch to the kernel code that lets hackers access kernel memory and data structures 这个恰如其名的工具实质上是内核代码的补丁,它允许高手访问内核内存和数据结构。
Ther 没 ntially two types of run-time kernel memory patching attacks : those that employ inline function hooks and those that don't . i'll discuss detecting each in turn 本质上存在两种类型的运行时内核内存补丁攻击方法:采用内嵌函数挂勾和没有使用内嵌函数挂勾。我将逐一讨论针对每一种类型补丁的检测方法。
Messages are passed between processes in kernel memory that is not swapped out to disk, so if you increase this value, you will increase the amount of memory used by the operating system 进程间的消息传递是在内核的内存中进行,不会交换到磁盘上,所以如果增加该值,则将增加操作系统所使用的内存数量。
The first of these is the " fastcache " accelerator, which on the windows operating system and recently on aix, improves response time by caching pages in kernel memory 第一个增强是“fastcache”加速器,它通过将一些页面缓存在内核的内存中从而改进响应时间,这最初只在windows上存在,最近在aix上也可以使用了。
What this means is that in order to detect an inline function hook you need to scan, more or less, the entire range of executable kernel memory and look through each unconditional jump instruction 这意味着,为了检测一个内嵌函数挂勾,你得搜索,或多或少,可执行内核内存的整下区域来查看每一个无条件跳转指令。