虛存處理器 的英文怎麼說

中文拼音 [xūcúnchǔlǐqì]
虛存處理器 英文
v virtual processor
  • 虛 : Ⅰ名詞1 （空虛） void; emptiness 2 （政治思想等方面的道理） guiding principles; theory 3 （二十八...
  • 存 : 動詞1 （存在; 生存） exist; live; survive 2 （儲存; 保存） store; keep 3 （蓄積; 聚集） accumulat...
  • 處 : 處名詞1 （地方） place 2 （方面; 某一點） part; point 3 （機關或機關里一個部門） department; offi...
  • 理 : Ⅰ名詞1 （物質組織的條紋） texture; grain （in wood skin etc ） 2 （道理;事理） reason; logic; tru...
  • 器 : 名詞1. （器具） implement; utensil; ware 2. （器官） organ 3. （度量; 才能） capacity; talent 4. （姓氏） a surname
  1. The nucleus is the software in the design and realization of virtual instruments. we use the design method of module and use many papers to describe the whole building process of the typical signal generation module, date handling module, date reading and writing module, resultdemonstrate module. as the conclusions, we also offer the panels and the diagrams of virtual signal frequency spectrum analytical instrument, virtual butterworth filter, virtual signal generation instrument, virtual integrator and differentiator regulator and amplitude modulation wave counter modulation instrument

    本文採用模塊化設計方法，詳細描述了典型信號生成模塊、數據處理模塊、數據讀取和存儲模塊、顯示模塊等軟體開發的全過程，分析、解決了設計及實現過程中出現的問題，並給出了已實現的虛擬信號頻譜分析儀、虛擬巴特沃斯濾波器、調幅波解調器、虛擬信號發生器、虛擬積分器和微分器等實驗教學用虛擬儀器的前面板圖和程序流程圖。
  2. In dpcx, the automatic transfer of storage blocks between the associative storage pool in processor storage and the virtual storage paging area in disk storage, and the reading of program blocks from disk or processor storage into the program area of a symbolic machine

    在分散式處理控制執行程序（ dpcx ）中，存儲塊在處理機存儲器中相關存儲池與磁盤存儲器中虛擬分頁存儲區之間的自動傳送，並從磁盤或處理機存儲器讀入程序塊到一個符號機的程序區中。
  3. Information processing systems - open systems interconnection - file transfer, access and management - part 2 : virtual filestore definition

    信息處理系統開放系統互連文卷傳送訪問和管理第2部分:虛文卷存儲器定義
  4. Ftam supports file operation from different systems, that means ftam has nothing to do with the system on file transfer and file treatment. second : disk array is introduced to tfft. the scsi interface is modified to satisfy the requirement of ewsd

    Ftam信息模式是基於虛文件和虛文件存儲器的概念，支持不同系統之間的文件操作，即ftam在文件的傳送和處理方面有著與系統無關的特性；引進磁盤陣列技術，修改scsi介面，以適應ewsd交換機的要求；參照q3介面協議編寫出上層的網路管理軟體系統，實現tmn定義的文件傳送方面的功能。
  5. A monitor software with friendly user interface was developed with labwindows / cvi ? a kind of virtual instrument develop platform. many functions such as real - time data sampling, processing, displaying and data saving were implemented in it

    採用虛擬儀器開發平臺labwindows / cvi開發出了具有友好用戶界面的測試控制軟體，實現了閉式循環柴油機各種參數的實時採集、處理、顯示與保存等功能。
  6. Therefore, aiming at the existent static and dynamic error of fcs sensor, the sensor characteristic compensation subunit is designed in the environment of labview using vi technique. the sensor signal disposal platform is also developed to realize the time domain measurement, frequency domain analysis, long - distance transfer and network release, etc. firstly, the static characteristic and nonlinear error of the sensor are analyzed

    為此，本文針對飛控系統傳感器存在的靜態和動態誤差，利用虛擬儀器技術在labview環境下設計了傳感器性能補償環節，開發了傳感器信號處理平臺，對信號進行時域測量、頻譜分析、小波消噪、遠程傳輸和網路發布等。
  7. The central monitoring station in hospital adopts pentium iii as its processor, which has very excellent performance : and also have compiled the operating interface of user with virtual instrument lab view language, which can complete the following tasks : to receive electrocardio signals, to present electrocardiogram. to preserve the electrocardi o data and to manage the patient ' s information

    醫院中心監測站採用了高性能的奔騰3計算機作為中心處理器，並且用虛擬儀器labview語言編寫了用戶的操作界面，可以完成心電信號的接收、心電圖顯示、心電數據的保存和病人信息的管理等功能。
  8. With the computer controlling the output of the digital signals and the analog signals, controls and adjusts startup, stop, turn and rotational rapidity of the transducer - electromotor and the strength of brake actuator ; installs the torque sensor on dynamical axis, and installs the encoder on non - dynamical axis of the dimensional globoidal indexing cam mechanism ; utilizes the virtual instrument language labview development the test and control system, with the computer real - time monitoring, late displays and storages the data of the test, and processes the data and analyses it

    利用計算機控制數字量輸出和模擬量輸出來達到控制和調節變頻電機啟停、轉向、轉速;控制制動器的啟停和加載力;在弧面分度凸輪的加載軸和空軸上安裝扭矩傳感器和編碼器;應用虛擬儀器語言labview開發試驗臺的測控軟體系統，用計算機進行實時監測與事後顯示與存儲，並進行信號處理與分析。
  9. Operating system name and version, processor vendor model version speed cache size, number of processors, total physical memory, total virtual memory, devices, service type protocol port, and so forth

    操作系統名稱、版本號、處理器提供商/類型/版本/速率/緩存大小、處理器數量、物理內存總量、虛存總量、設備、服務類型/協議/埠號，等等。
  10. With the rapid development of semiconductor, digital integrated circuit ( p, memory, standard logic gates, etc. ) and advance computer technology, the various measuring instruments ( virtual instruments ) with the powerful function of pc are produced in different industrial and scientific research fields. as we all known, the traditional instruments are usually built with discrete components and small scale ics, the disadvantages are obvious in system design, debugging and maintenance

    隨著半導體技術與數字集成電路（微處理器、存貯器以及標準邏輯門電路等）技術的迅速發展，特別是隨著計算機技術的發展，在工業生產和科學技術研究的各行各業中，人們利用pc機的強大處理功能代替傳統儀器的某些部件，開發出各種測量儀器（虛擬儀器） ，傳統儀器的數字邏輯部分多是採用分立集成電路（ ic ）組成，分立ic愈多，給系統的電路設計、調試及維護帶來諸多不便。
  11. First, the system builds the model of the bank and bottom of river, according to the river ’ s information and the information of the scene on the two side of the river. second, i read and preprocess the model file data and implement the organization and encapsulation about the space data of the virtual river. in the end, adopting to use these rending technology, such as show list, priority texture, and level of detail, i realize the real - time and vivid showing of the three dimension river ’ s virtual scene and provide abundant ways of people ’ s interacting with the virtual scene, on base of sufficiently making use of the memory of vision card and the cpu of the computer

    它主要融合虛擬現實技術、三維數據可視化技術、面向對象的設計和編程技術，在vc + +平臺上，利用opengl三維圖形開發庫，以真實的城市河道現狀信息和周邊景物信息為依據，對河道、河底的三維空間數據進行三維幾何建模;然後通過讀取和預處理模型文件數據，實現虛擬場景空間數據的組織和封裝操作，並對空間數據進行優化;最後採用顯示列表、紋理優先級、細節層級模型（ lod ）等渲染技術，利用opengl的渲染特性，在充分發揮顯卡內存、處理器等各種軟硬體資源的基礎上，實現三維河流實時逼真的真實感虛擬場景顯示，並提供豐富的人機交互手段。
  12. 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。
  13. A language processor that " collects " modules for loading and assigns their relative positions in storage ; in a virtual storage system, a collector attempts to place object code in pages / segments in such a way as to minimize virtual storage interrupts during processing

    將程序模塊「集中」起來裝入且在存儲器中分配其相對位置的語言處理器。在虛擬存儲系統中，收集模塊力圖以最大限度地減少處理虛擬存儲中斷的方式將目標代碼安排在頁面或段中。
  14. 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。
  15. On the domino server, we configured the domino directory to handle the appropriate number of virtual users in the test, and gave each of these users their own mail file in the data directory

    在domino服務器端，我們配置了domino directory來處理測試中適當數量的虛擬用戶，並為每個用戶在自己的data目錄中存放自己的郵件文件。
  16. This text introduced the work patterns and register structure of 80386 processors in detail at first, latterly expounded especially the hardware interrupt handling of windows 98 with the course to the kernel of windows 98 ; then recommended the framework of realization of highly demanding hardware board interrupt handling by revising idt to intercept interrupt handling at hardware layer, subsequently introduced the application and development of vxd technology to achieve interrupt handling overall all situations under the windows 98 platform ; finally introduced the b / s pattern network application development part of this topic, specifically introduced the jsp technology system, elaborated the communication between network application part and the hardware interrupt handling routine combined with the jni technology, and provided partial important program and corresponding commentary

    本文首先詳細介紹了80386處理器的工作模式和寄存器結構，接著對windows98的內核進行了相關分析，重點介紹了windows98的硬體中斷處理過程;隨后介紹了通過修改中斷向量表以實現在硬體層截獲中斷來實現高實時性處理的框架，又介紹了windows98下虛擬設備驅動vxd技術的應用與開發，以及中斷全局處理的實現;最後介紹本課題的b / s模式網路應用開發部分，具體介紹了jsp技術體系，並結合jni技術闡述了網路應用與硬體中斷處理程序的通信，並給出部分關鍵程序及其注釋。
  17. Applications can preload substantially more data into virtual memory, allowing rapid access by the 64 - bit extensions of the processor

    應用程序可以預載大量數據到虛擬內存，允許處理器的64 - bit擴展快速進入
  18. Some resource - limited small devices cannot join jini network directly due to the inadequate processor power and small memory size. in order to implement the function of plug - and - play for such devices, the jini surrogate architecture technology can be used

    對于那些資源有限的小型設備，由於受處理器能力、內存大小的限制，沒有足夠的能力運行java虛擬機以加入jini網路者，這些設備要利用jini實現即插即用，必須採用jini代理體系結構技術。
  19. 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。
  20. The virtual memory manager attempts to keep at least the minimum amount of memory resident when the process is active, but it never keeps more than the maximum size

    虛擬內存管理器會嘗試在進程處于活動狀態時至少保留最小的常駐內存量，但決不會保留超過最大大小的內存量。
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