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- A set of general purpope functions written in assembly language which access the expended memory based on the expended memory manager EMM386. EXE are pressented along with the interface to Turbo C langiape. 基于扩展内存管理程序EMM386、EXE,编制了使用扩展内存的通用汇编语言函数集,并提供了与TurboC语言的接口。
- expended memory manager(EMM) 扩展内存管理器
- expended memory manager 扩充内存管理器
- VEMM? Virtual Expanded Memory Manager? 虚拟扩充存储器管理器?
- Exclude this address space by using the syntax of your memory manager. 使用内存管理器的语法排除该地址空间。
- Despite a few tradeoffs, reverse mappings have proven to be a valuable modification to the Linux memory manager. 尽管有一些折衷,但可以证明反向映射是对Linux内存管理器的一个颇有价值的修改。
- When the Memory Manager wants to take a page from the Standby List, it takes pages from low-priority lists first. 当内存管理器想要从“待机列表”中获取某一页面时,它会先从低优先级列表获取页面。
- In that case, memory management becomes much more difficult. 在这种情况下,内存管理会变得更困难。
- This improves resource utilization and memory management. 这改进了资源利用和内存管理。
- Lynn McGill: We met at that memory management lecture? 林恩·迈克吉尔:我们在那个存储管理演讲中会面?
- In brief, the memory manager finalizes objects in the background, at low priority. 简言之,内存管理器在后台以较低的优先级终结对象。
- Using FIFO, LRU algorithm such as memory management. 这是一个内存管理的模拟程序。采用FIFO,LRU等算法管理内存。这是*作系统课程的一个项目。
- USENIX is where Kirk McKusick talked about memory management. USENIX是尔柯克麦库西克谈论内存管理。
- ARM9 core MMU memory management mechanism of introduction. ARM9内核的mmu内存管理机制介绍.
- A control line on the Intel 80386 microprocessor that allows MS-DOS and an extended memory manager to create the High Memory Area, or HMA. 80386微处理器上的一根控制线,使MS-DOS和扩展内存管理器能够创建高端内存区(HMA)。
- Displays information in the IDE title bar regarding the amount of memory allocated using the memory manager. 在IDE的标题栏上显示内存管理器关于内存分配方面的信息。
- The Memory Manager (prefix Mm ) controls the page tables that define the mapping of virtual addresses onto physical memory. 内存管理(前缀Mm)控制页表,它定义虚地址的映射到物理内存。
- He lived high and expended largely. 他生活讲究,花费很大。
- These changes all work together to produce a memory manager in the 2.6 Kernel designed for better performance, efficiency, and stability. 这些变化一起促生了2.;6内核中的内存管理器;它的设计目标是更高的性能、效率和稳定性。
- Don't expend all your energy on such a useless job. 不要把你的精力全花在这无益的工作上。