hardware system availability 中文意思是什麼

hardware system availability 解釋
硬體系統可用性
  • hardware : 1 五金器具；金屬製品。2 （計算機的）硬體；（電子儀器的）零件，部件；（飛彈的）構件；機器；計算機...
  • system : n 1 體系，系統；分類法；組織；設備，裝置。2 方式；方法；作業方法。3 制度；主義。4 次序，規律。5 ...
  • availability : n. 1. 有效，有益，可利用，可得到。2. 可得到的東西[人員]。3. （候選人的）當選可能性。
  1. As the requirements of its function, a bus control interface board has already been designed. also the paper have provided the scenarios demonstration for the bus control interface board ( bcib ), the design for the protocol of communication, the hardware for bcib, the software for bcib, and the software for the processor ' s communication. while the analysis for the capability of real - time and the calibration and test for subsystem have been also finished. during the design, the system advanced ability, reliability, resources availability and the cost - efficency ratio are considered. the issus such as system integrated control, mutual exclusion of the shared storages, generation of handshaking signal and system self - test were resolved

    本論文主要對航空自衛系統的綜合化方式進行了深入研究，並按其功能等方面要求，對航空自衛系統綜合化總線通信模塊進行了設計，主要完成了總線通信模塊方案論證、通訊協議設計、總線通信模塊硬體設計、總線通信模塊（ bcib ）軟體設計、處理機通信軟體設計、實時性分析、系統調試、試驗等項工作，在設計過程中，綜合考慮了系統先進性、資源利用率、費效比及可靠性等因素；重點解決了系統綜合控制方式、共享存儲器互斥、握手信號產生及系統自檢測等問題。
  2. In the paper, the realization methods of high availability ( ha ) and data storage in ha system of my project, which are based on cpx8216 base station system frame, are proposed. to guarantee the ha of the system, in hardware layer, the 2n redundancy mode for the overall system, n + 1 redundancy mode for the partial system and hot restart work mode are applied. and in software layer, software designs corresponding to the hardware redundancy mode and for the availability of the overall system, and suitable software for checking, controlling and arranging the equipments, are adopted

    本文著重闡述項目系統中對高可用性的研究和部分的高可用性的實現，項目系統採用了cpx8216框實現基站的通信業務功能，為了保證整個系統的高可用性，採用了主、備用的2n備份模式，採用熱重啟的工作模式，在系統局部採用的n + 1備份方式，從硬體上保證了系統的可用性；在軟體設計上配合硬體的備份模式，保證整個系統的可用性，同時還採用合理的軟體檢測控制，調度設備，進一步提高系統的可用性。
  3. According to hiberarchy security model of information system, osgw system is partitioned into four layers, forcibly implemented with hardware - based security and protects data through internet ; 2, to recieve and forward the oracle data packets, we put forward a promethean method of service renaming which makes it possible to enhance the oracle ' s security ; 3, after finishing the analysis of security demand, the gateway implements seveval kinds of security policy model and this make the gateway may be applied in sorts of condin ' on ; 4, the syntax of subject and object label is flexible and helps to scheme these labels, which is pioneer in correlative fields ; 5jby blacklist the osgw filtrates some loggin request based on accounts, host and applications. the blacklist subsystem strengthens the availability and performance of the gateway system

    黑名單系統在中間層實現了基於客戶身份，客戶主機和客戶應用程序的安全過濾，增強了系統的可用性和性能。本文的主要工作包括設計並實現osgw安全系統和osgw安全信關兩個部分。 osgw安全系統關注的是從物理層，軟體層和inetert層實現oracle系統的安全性； osgw安全信關本質上是osgw安全系統的軟體層， osgw安全系統的b級安全特性由osgw安全信關來實現。
  4. The monitor strategy of high availability system is studied and the solution of monitoring all key resources of a high availability system is discussed based on the prototype of 3 - host model. hardware, operating system, network resources, dbms, the running mode of applications are wholly covered in the thesis

    本文首先介紹了通用高可用系統的策略，通過對系統硬體、操作系統、網路、數據庫軟體、應用軟體運行方式的研究，提出了三主機模式高可用系統，實現監控業務系統中所有關鍵資源的解決方案。
  5. Then we turn to a production system which demands high availability service ; design a disaster tolerance system for it. we use two - module technique, high availability clusters in lan for disaster tolerance, and use disaster tolerance center technique in wan. we describe the software and hardware architecture of the disaster tolerance system in detail, divide the whole system into subsystems, discuss the subsystem function and relationship between the subsystems, then design and analyze the disaster tolerance control center subsystem and state detection subsystem

    接著針對某實際工程項目的生產系統對系統提供高可用性服務的需求，給出了一個在本地使用計算機高可用集群，雙機容錯技術，在異地使用遠程容災中心進行容災的容災系統的設計，討論了該容災系統的軟硬體體系結構，子系統的劃分，各個子系統的功能及它們之間的關系，並對其中的容災系統控制平臺和狀態檢測子系統進行了詳細的設計與分析。
  6. The perpetually declining cost and increasing availability of hardware required and a steady flow of new applications in commercial, medical field and in scientific research indicate continued growth for the digital image - processing system field and play an important role in the future

    =不斷降價和普及的硬體設備以及在商業、醫學、科研等領域穩定涌現出的新的應用，使得圖象處理領域一直保持持續發展的勢頭並將在未來發揮更為重要的作用。
  7. Alternatively, high availability can be achieved with a single processor with sufficient redundancy, where fail - over is controlled by a combination of the operating system and special hardware features, such as dual disk drives

    另外，高可用性也可以用具有足夠冗餘度的單一處理器實現，在這種系統中，故障恢復是由操作系統結合專用硬體功能（如雙硬體驅動器）控制的。
  8. Network system should be provided with redundant facilities and failure recovery should be adopted. the whole regard of hardware, system software, middleware, application is required on the realization of high availability, so that speedy restoration and the data consistency are assured in case of any segment invalidation

    高可用性的實現需要在硬體、系統軟體、中間件、應用軟體上的整體考慮，以保證系統在任一環節失效的情況下，都能進行及時恢復，要求系統恢復時間極短，並且在系統恢復后保證數據的一致性。
  9. Last, but not least, bugs, configuration errors, physical environment, hardware failures, power outages, unwanted system reboots, and more can also affect availability

    最後，但不是最不重要的，缺陷、配置錯誤、物理環境、硬體失敗、停電、不必要的系統重新引導等等，也都可能影響可用性。
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