数据容错

数据容错数据容错
  1. 集群存储系统数据容错研究

    Research on Fault Tolerance of Cluster-based Storage System

  2. 一种并行文件系统数据容错设计

    A Novel Fault-Tolerance Design of Parallel File System

  3. 网络服务器的数据容错措施

    Measures of fault tolerance for network server

  4. 在软件设计上,主要考虑数据容错,节能和操作的简便性。

    To software design , data fault tolerance , energy saving and operating convenience should be considered .

  5. 同时,系统具有较强的数据容错能力和良好的人机交互界面。

    Moreover , it can correct data error exactly and provide a good interface of users and computer .

  6. 在海量存储虚拟化系统的基础上,实现了多副本虚拟盘技术来提高网络存储的数据容错能力。

    Based on the in-band virtualization system for massive storage , virtual disk replicas are proposed to improve the data availability .

  7. 针对上述问题,本文对高容错低修复成本的纠删码编码技术、基于纠删码的中间数据容错存储管理方法以及功耗敏感的数据放置方法进行了深入的研究。

    To solve these issues , erasure code with high fault-tolerant ability and low recovery-overhead , fault-tolerant storage management strategy for intermediate data , and power-aware data placement strategy are proposed .

  8. 在分析了基于XCode和RSCode技术的分布式存储系统的基础上,为进一步增强数据系统容错能力提出了一种改进的二维分布式存储系统。

    Based on the analysis of the systems constructed by the X Code method and RS Code method , this paper puts forward an improved two-dimensional distributed system to strengthen the capacity of the fault-tolerance .

  9. 介绍了单片机MCS-96软件抗干扰的两种措施,即软件定时、限时再启动和RAM区数据保护容错技术,分析了这两种方法的原理和具体实现方法。

    Two anti-interference software facilites , i.e. software timing and time-limited restart and RAM data protection fault tolerance technique , for MCS-96 single chip computer are introduced . The principles and concrete implementation of these two methods are analyzed .

  10. 在UKF算法中引入门限函数向量,对新息(innovations)进行控制,既充分利用正常新息确保滤波的精度,又有效抑制异常新息的不利影响,从而达到对飞点数据的容错能力。

    The vector of threshold function brought into the algorithm has a control over innovations , which can not only take advantage of normal innovations to increase filtering precision , but also efficiently restrain the unfavorable influence out of outliers . The filter remarkably improves the fault tolerance to outliers .

  11. Co-Store将各节点的空闲磁盘空间组织成一个统一的存储池,通过节点之间的相互协作实现数据的容错和共享。

    Co-Store consolidates disk space of individual node into a single storage spool and implements file-sharing and fault-tolerance through the cooperation of the nodes , in which a node provides as well as shares service .

  12. 单片机多机通信网络改进及数据通信容错技术

    Improving the network structure of many single-chip processors & allowance technology of data communication

  13. 如果一味地增加信息类型和数量,虽然冗余度增大,但同时可能带来更多坏数据,容错性是否提高尚无定论。

    If the information type and quantity is increased blindly , which increases redundancy also brings more error message . So it is difficult to decide whether the fault tolerance performance rises .

  14. 本文提出了在计算机实时控制系统中,程序飞出的判断及其处理方法;提出了随机存贮器的容错方法,I/O通道的容错方法以及数据的容错方法。

    This paper discusses the judgement and process of program derailment , and presents fault tolerance methods in random access memory , I / O canal and data in computer real-time control system .

  15. 测试结果也表明,采用了双向环路冗余方案的LED显示屏控制系统,数据传输的容错能力增强,可靠性增加。

    The test results also showed that the fault-tolerance and reliability of the control system which used bidirectional loop redundancy program was largely improved .

  16. RAID是廉价冗余磁盘阵列的简称,它把多磁盘驱动器连接到一起协同工作,提供并行的数据传输和容错功能。

    RAID Redundant Array of Inexpensive Disks , groups many disk drivers in a storage unit to perform parallel data transfer and offer fault-tolerant .

  17. 单片机系统数据输入的容错设计

    The Fault Tolerance Design of Input Data in Single-Chip Computer System

  18. 数据挖掘的容错性研究

    Research on Fault-Tolerant Data Mining

  19. 对编程语言和系统设计的实践与理论基础,尤其是数据抽象、容错和分布式计算方面的贡献。

    For contributions to practical and theoretical foundations of programming language and system design , especially related to data abstraction , fault tolerance , and distributed computing .

  20. 虚拟机实时迁移是大多数虚拟机管理器不可或缺的工具,被广泛的应用在数据中心的容错、灾备及负载均衡中。

    The live migration of virtual machines becomes an indispensable tool for the majority of virtual machine managers , and has application broadly in fault tolerance , disaster recovery and load balancing .

  21. 本文还对路网智能化系统的数据结构、容错设计、用户界面和外部接口等作了较详细的描述,并对对系统的经典流程及运行界面进行了简要介绍。

    This article also to the road network intelligent system data structure , the fault-tolerant design , the user interface and so on has made the detailed elaboration , has carried on the brief introduction to the system classical flow and the run-time interface , too .

  22. 采样时间序列的故障数据检测与滑动容错滤波

    Outliers Detection and Fault-Tolerant Sliding Filter for Sampled Time Series

  23. 该网络在实际应用中具有较好的大规模非线性数据并行处理和容错能力。

    It usually has the ability to handle large-scale parallel nonlinear data and fault tolerance in real applications .

  24. 介绍了先进飞机供电系统及其控制系统的组成,并对数据通信总线的容错设计进行论述。

    Advanced aircraft power system and its control system was introduced and fault tolerant design of data bus was discussed .

  25. 并对软件设计原则、多任务设计、数据通信、双机容错和故障诊断与处理作了较详细的讨论。

    The principle of housekeeping software design , multi-task design , data communication , double computer fault diagnosing and processing are described in detail .

  26. 从建立高校教务网络管理标准、教务管理数据流向、系统容错等三个方面论述了对教务管理系统运行稳定性的影响。

    The article explains its influences through the way of network management criterion , the data direction of teaching management and the system fault tolerant .

  27. 对等网环境中节点动态性高、可靠性低的特点使得其中的数据管理必须考虑容错。

    Nodes are highly volatile and have relatively low reliability in P2P ( Peer-to-Peer networks ) environment , which makes it necessary to consider fault tolerance in P2P data management .

  28. 尤其在集群环境中,应用服务器要支持EJB的负载平衡和失效恢复。对象缓存需要解决诸如系统的可伸缩性,数据完整性,数据一致性以及数据的容错性。

    Particularly , clustered application servers need to support the load balancing and fault tolerance of EJB . So object cache must solve problems in system scalability , data integrity , data consistency and data fault tolerance etc.

  29. 随着各种网络服务的广泛应用,数据可靠性越来越重要,因此,发展数据容错和恢复技术是极其重要的。

    With the wide application of all kinds of service of networks , security of datas has become more critical to the survival of an enterprise . So , It is very important to find a strategy for recovering their data should data lose .

  30. 但是由于云计算环境下分布式存储的开放性带来的安全隐患,以及其数据可靠性的制约,使如何实现在数据可容错的过程中保证数据的安全性成为亟待解决的问题。

    However , the openness of distributed storage in cloud computing results in security risks and the data reliability is one of the constraints of cloud applications . Therefore , it is a significant problem that how to guarantee data security during the process of data reliability protection .