virtual memory management 中文意思是什麼

virtual memory management 解釋
虛存管理
  • virtual : adj. 1. 實際上的，實質上的，事實上的。2. 【物理學】虛像的。3. 【物理學】有效的；【計算機】（網上）虛擬的。4. 〈古語〉具有可產生某種效果之內在力的。
  • memory : n. 1. 記憶；記憶力；【自動化】存儲器；信息存儲方式；存儲量。2. 回憶。3. 紀念。4. 死後的名聲，遺芳。5. 追想得起的年限[范圍]。
  • management : n. 1. 辦理，處理；管理，經營；經營力，經營手腕。2. 安排；妥善對待。3. 〈the management〉〈集合詞〉（工商企業）管理部門；董事會；廠方，資方。
  1. Finally, according to the requirement that the transparent data must be exchanged interactively on space - flight and aerial distributed experiment and measurement system, the method that the distributed experiment and measurement system with the middle component of virtual shared memory is introduced, and its software wraps based on fast ethernet, rpc and broadcasting data are developed. according to the character of multi - task and high real - time in ivems, the technique of management, fault tolerance and the synchrony of multi - line are discussed detailedly

    在此基礎上針對航天、航空產品的分散式試驗與測試系統對透明數據交互的需求，採用虛擬共享內存中件構造分散式試驗與測試系統的方法，參與設計了虛擬共享內存中件，並獨立完成了基於快速以太網、 rpc和udp廣播數據的虛擬共享內存中件的通訊技術設計與實現。
  2. Code instructions address data using the virtual address ; the memory management unit ( mmu ) is responsible for the translation of the virtual address to the physical ram address

    代碼指令使用了虛擬的地址；內存管理單元（ mmu ）負責把虛地址轉換成實際的物理ram地址。
  3. Memory management unit, translates virtual to physical addresses and provides access permission control

    內存管理單位，把虛地址轉化為物理地址並且提供訪問許可控制。
  4. Now the emphasis is transferred to the design and implementation of memory system. before a deep discussing, some basic knowledge is introduced, such as the memory classification and hierarchy, address space, access controlling, cache, memory coherence, and the popular memory system implementation method. then the archteture of the target memory system is presented and divided into two subsystems, the virtual memory management subsystem and memory access subsystem, according to their function

    接下來本文將重點轉移到研究已定目標vliw處理器存儲系統的設計和實現，先對存儲系統設計涉及的存儲器及其組織層次、地址空間、訪問控制、 cache 、存儲一致性、常見的實現方式等因素作了分析，然後給出了目標存儲系統的總體框架，並按功能將其劃分為虛存管理和訪存兩個子系統。
  5. In the following virtual memory management subsystem design, after analyzing the hardware - software dividing line and cooperation in detail, four key issues of virtual memory manage subsystem design are discussed : the classification of processor operating mode, the partition of virtual space, the access controlling and the design of control coprocessor ( ccop ). a virtual manage subsystem prototype is then presented

    在虛存管理子系統設計的討論中，詳細分析了虛存管理中軟硬體的分工協作，深入研究並解決了虛存管理子系統設計的四個核心問題：處理器工作模式分類、虛地址空間劃分、訪問控制和控制協處理器設計，並在此基礎上給出了一個虛存管理子系統原型。
  6. Provides information about virtual memory, dynamic memory management, using address windowing extensions, and the sql server memory pool

    提供有關虛擬內存、動態內存管理、使用地址窗口化擴展（ awe ）和sql server內存池的信息。
  7. A set of system procedures which prepares an image for execution. the image activator establishes the memory management data structures required both to map the image ' s virtual pages to physical pages and to perform paging

    為執行而準備映象的一組系統程序，它建立將映象虛擬頁映射到物理頁和實現分頁所必需的內存管理數據結構。
  8. Virtual memory management, a logical layer between application memory requests and physical memory

    虛擬內存的管理，這是介於應用程序請求與物理內存之間的一個邏輯層。
  9. Kernel virtual memory management kernel memory allocator, a component that tries to satisfy the requests for memory

    內核虛擬內存的管理/內核內存分配器，這是一個用來滿足對內存的請求的組件。
  10. According to the mmu - less embedded microprocessors, uclinux kernel removes the parts correspond to the virtual memory management, creating a small and efficient kernel image

    Uclinux針對多數嵌入式處理器沒有mmu單元的特點，通過對普通linux版本虛擬內存管理模塊的精簡，實現了一個簡潔高效的內核文件。
  11. We first give an analysis of the whole system and its requests for memory management then we design and implement the memory management strategies of rtos for this chip, including the paged virtual memory management mechanism without swap, the memory protection, the memory sharing and the static / dynamic memory allocation mechanism. chapter 4 describes the simulation method of the memory management strategies implemented in the previous chapter, then we analyse the results of the simulation

    首先對系統進行了分析，得到其對操作系統的存儲管理的具體要求，然後針對上面提出的需求，設計並實現了相應的存儲管理策略，包括分頁不交換的虛擬存儲機制、存儲保護、存儲共享以及內存的靜態動態分配機制，最後介紹了在本系統研究和實現過程中用到的幾個工具軟體。
  12. This thesis invesigates the kernel of uclinux, which is different from the mainstream linux. according to the mmu - less embedded micro - processors, uclinux removes the parts correspond to the virtual memory management, changes some of the system call interfaces and adopts the binary flat format to allow the program to be executed in place. the thesis also describes how to port uclinux to m68k platform and run it smoothly

    本文詳細闡述了uclinux針對嵌入式應用、基於無內存管理單元的特性對標準linux進行的改良。主要包括沒有虛擬內存機制的內存管理，系統介面的改變，獨特的運行方式xip和可執行文件格式bflt 。本文同時介紹了uclinux的板級移植過程以及如何運行一個完整的uclinux操作系統。
  13. To improve virtual memory management mechanism, the kernel code is amended to avoid the incertitude cause by page scheduling, thus the responding speed is effectively improved. the irrationality of linux scheduling mechanism is also analyzed, and the methods and models such as to fortify scheduling occasion and adopt double kernel are also proposed to improve it

    在虛擬內存管理機制的改進上，作者從操作系統內核入手，對內核代碼進行修改，去除了由於頁面調度帶來的響應不確定性，有效的提高了系統的響應速度；在實時調度上，分析了linux現有調度機制的不合理性，提出了增加調度時機、採用雙內核等方法，給出了改進的模型。
  14. Wth shared - memory abstract layer, we are able to unite several memory sharing cases including mie sharing in smp, hardware - supported distributed sharing in cc - n ' uma and virtual sharing in clusters. based on this, we discuss and design the logical framwork of paralel and distributed operating systems. one of the key problems in shared - memory management is how to maintain memeory consistency between multiprocessors

    針對不同體系結構所呈現出的不同存儲共享的性質，我們提出了一個共享存儲抽象層的概念，用以統一smp等系統中的真共享、 cc - numa等系統中由硬體支持的分佈共享以及工作站機群系統中的虛共享等情況，並在此基礎上探討和設計了并行分佈操作系統的邏輯結構框架。
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