memory page 中文意思是什麼
memory page
解釋
存儲頁面-
The modern technology give a chance for the pattern of transmitting knowledge with network, the course based on network have opened up it ' s way in china, our pursuer paid more attention to the mode, but in america, pursuer have studied the more width aspect, thereinto the investigation and design of the information in the course based on network is very important, for the design of the information decide the pattern how the student receive the information, which will effect the way of knowledge understanding and memory, and the way is related to the study pattern, so the design of the information in the course based on network is very important to the efficiency and effect. so the core of the paper is the investigation and design of the information in the course. i have the entropy from the information science as the analyse tool to analyse the information, these work tell us the efficient pattern to transmit information, based on the result, i design the net page, of course, study theory and the character of the net itself are also the factors i employ for design a good net page. then, links and navigation is constituted for students adapt to the course based on network
當今技術的發展給知識以網路為媒介來傳播的學習方式帶來前所未有的機遇，網路課程在國內迅速開展起來，但是國內研究者的注意力主要集中在對網路課程模式的探索上，放眼國外，他們的研究觸角已經涉及到網路課程比較細致的方面，尤其是對網路課程信息的研究構成了國外網路課程研究中的比較重要的一個方面，而網路課程中信息的設計是重要的，因為信息的組織設計是為了接受者能對信息進行有效的信息加工，信息的呈現模式影響著學習者對知識的理解和記憶方式，進而決定了學習者的學習模式，因此網路信息的設計在網路課程傳遞的效率和效果中就佔有很重要的位置。基於這個觀念，本文把網路信息的組織設計作為研究的重點，引入了信息科學作為研究的主要工具對網路中的信息作以量化分析研究，主要應用了信息科學中信息熵的公式進行推導，得到學習內容信息組織的基本模式，並充分利用網路自身特性和學習理論對知識信息進行細致的設計，此外還對鏈接和導航信息進行了設計，在網路課程的適應性方面作出了努力，把交互信息與輔助學習信息的分析設計與應用和對網路頁面信息的總體調節優化作為主體信息設計部分的補充，最終形成了網路信息組織設計的方案，力求創設一個能夠有效傳遞知識信息，減少網路自身弊病，並帶有一定適應性的網路學習環境，也使更多的網路課程的設計者關注網路信息這個因素。 -
If page - aligned memory is not a requirement and the default access protection of
如果不需要按頁對的內存，而且默認的訪問保護標志 -
Adopting the method of top - down, the virtual memory is divided into memory mange related unit ( segment unit and page unit ) and protection mode related unit ( protection test unit, debug test unit and exception detect unit ). data buses and control bused are designed separately for all of the units. vhdl codes are written and simulated
Amex86的虛擬存儲器採用自頂向下的設計方法，把虛擬存儲器劃分為地址管理相關單元（又包括分段單元和分頁單元） 、保護模式相關單元（又包括保護測試單元、調試異常單元利異常檢測單元等） ，分別確立其數據通路和控制通路，完成了vhdl的編碼和模擬工作，通過測試程序模擬驗證了其功能的正確性並測定了基本性能。 -
Additionally, a new address translation mechanism and related physical memory management algorithm are presented and analyzed, which hybrid the segment and segment - page addressing. object - oriented instructions are one of the features of jvm instruction set
另外，文中還提出了一種直接段式和間接段頁式結合的尋址策略和地址轉換技術以及相關物理存儲器的管理演算法，並對這些技術進行了全面的性能評價。 -
A set of kernel mode procedures that executes as the result of a page fault. the pager and the image activator provide the operating system ' s memory management functions
當產生缺頁中斷時執行的一組核心態程序，它與映象激活程序一起提供操作系統的存儲管理功能。 -
If the page being looked for has been swapped out, a swap entry is stored at in the pte table which is used when there is a page fault for finding the page frame to reload in memory
如果正在查找的頁已轉出，那麼就會在pte表中存儲一個交換條目， （在缺頁的情況下）以定位將哪個頁框重新加載到內存中。 -
The second line tells you that starting immediately after, at address 0x00010000, is an 8, 192 - byte stretch two 4k pages of committed memory - memory that can be addressed and that is backed by page frames in the paging file
第二行說明緊跟在後面，從地址0x00010000起，有一個長為8 ， 192位元組（兩個4k頁面）的提交內存，即可以尋址並且得到分頁文件中的頁幀支持的內存。 -
Page swap, virtual memory
虛記憶頁調換 -
5. free memory space is shown on the page
5 .記憶體餘數即顯示于屏幕上。 -
However, if a worker running on node n1 needs to access a database page that is already in node n2 s memory, it accesses the non - local memory
但是，如果節點n1上運行的工作線程需要訪問節點n2內存中的數據庫頁，則表示它要訪問非本地內存。 -
Storage technologies - sequential, page - oriented, rom, erasable and assoc. memory systems ; capacity, access time, readout rate, noise, optical disk, 3 - d memories ; photorefractive systems, two - photon systems, spectral hole - burning systems
25 23儲存技術?程序式，頁面導向，唯讀記憶體rom ，可消除與結合記憶系統，儲存容量，讀取時間，讀取速率，雜訊，光碟，三維記憶體，光折射系統，雙光子系統，光譜洞燒系統。 -
The traditional methods on extracting content are representing the web page with the data structure of trees in the main memory. unfortunately, the space and time complexity is relatively high when building and searching the tree
傳統的方法是將網頁結構表示成樹，但建樹與查找樹的過程中，空間與時間復雜度都過高。 -
Set up parameter area and construct parameter structures and tags this is an important step, as boot parameters are used by the kernel in identifying root device, page size, memory size and more
設置參數區域並構造參數結構和標記（這是重要的一步，因為內核在標識根設備、頁面大小、內存大小以及更多內容時要使用引導參數） -
Caching these pages in a page response cache that is shared by multiple users would quickly consume the cache memory but would not result in many cache hits
如果將這些頁面緩存在多個用戶共享的頁面響應緩存中，則可能會很快用完緩存內存，卻不能提高緩存命中率。 -
Storing page - table entries in high memory
在高端內存中存儲頁表條目 -
How to : page up or down in memory
>如何：在內存中向上或向下翻頁 -
To page up or down in memory
在內存中向上或向下翻頁 -
In addition to a page method not being available for a callback after the page is disposed of, pointing the callback to a page method can prevent the memory used by the page from being reclaimed by garbage collection
設置為一個方法。除了在釋放頁面后回調無法使用頁面方法以外，將回調指向頁面方法還會阻礙垃圾回收將頁面使用的內存回收。 -
In order not to increase the costs of current system, we take advantage of memory compression the idea of memory compression is to hide the disk latencies by storing swapped out page frames in a compressed form, but still in physical memory. on a subsequent page fault, the page can be quickly decompressed and supplied to the application program
內存壓縮技術的主要思想是將要換出的頁以壓縮的形式，存放在預先分配的內存中；當系統下一次訪問該頁引起缺頁錯時，系統從預分配的內存區中找到壓縮過的該頁，將其解壓縮后即可以供系統使用。 -
Inlining functions, for example, eliminates the overhead of function calls, but inlining too much code may make your program so large that the number of virtual - memory page faults increases
例如，內聯函數可消除函數調用的系統開銷，但是內聯太多代碼可能使應用程序很大，致使虛擬內存頁的錯誤數增加。
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