hardware recovery
英 [ˈhɑːdweə(r) rɪˈkʌvəri]
美 [ˈhɑːrdwer rɪˈkʌvəri]
网络 硬件恢复
双语例句
- Providing automated detection of failures: To provide true hardware recovery, you need some form of automated detection of failures.
提供故障自动检测：为了提供真正的硬件恢复，您需要某种形式的故障自动检测。 - You can minimize hardware failure recovery times by doing the following
您可以通过以下步骤最小化硬件故障恢复时间 - As hardware architecture between different platforms may vary, which results in backup and recovery, DB2 may not be compatible from the target to the source.
因为不同平台之间的硬件体系结构有差异，这会导致备份和恢复的差异，所以目标和源平台上的DB2可能不兼容。 - Especially when dealing with legacy systems, we've sometimes had surprises in database access: catastrophic loss of hardware whose recovery involved unexpected drama, managerial reorganizations in database systems, and so on.
特别是在处理遗留系统时，我们有时会对数据库访问感到吃惊：出现灾难性的硬件损失，其恢复会出现意外的事件、数据库系统的管理重组，等等。 - Using hot swap hardware facilities: Hardware recovery time can be minimized by using hot swap hardware facilities such as disks, network cards, and so on.
使用热插拔硬件设备：硬件恢复时间可通过使用磁盘、网卡之类的热插拔硬件设备来达到最小化。 - Automated disaster recovery: After a serious software or hardware failure, the BMDR option provides a fast and automated recovery process.
自动灾难恢复：在一个严重的软件或硬件故障，BMDR选项提供了快速和自动恢复的过程。 - Describes that HIS is protected, using both software and hardware disaster recovery system.
灾备系统可以采用多种技术方案，本文采用了硬件灾备同软件灾备相结合的方式提供对系统的保护，保证系统高可用性和对灾难的抵御能力。 - To tolerate faults, the techniques rely on redundant implementations, which are N-modular redundancy for building fault-tolerant hardware and N-version programming or recovery blocks method for building fault-tolerant software.
容错的技术在于采用冗余工具，也就是采用N模块冗余构造容错硬件，采用N版本编程或恢复块方法构造容错软件。 - As a part of ADAS, author have designed, drew up and implemented signal processing hardware equipments and a code timing recovery circuit based PCI interface.
本课题是便携式遥测跟踪接收系统的一部分，主要完成的是遥测跟踪接收系统信号处理硬件平台的设计与实现，以及基于PCI接口的位同步器的设计与实现。 - Watchdog hardware interface, recovery cycle, main data protect, software interface are discussed in this paper.
本文分析了Watchdog的硬件接口、恢复周期、关键数据保护以及软件接口等主要问题和解决方法。 - The Hardware Implementation of Carrier Recovery of VSB Transmission System in HDTV
HDTV中VSB传输系统载波恢复的硬件实现 - Hardware Data Recovery in In for mation Emergency Response
硬盘数据恢复在信息安全应急响应中的应用 - The study for hardware redundancy technology is already very mature. This paper makes some preliminary discussion mainly directed the software redundancy technology for real-time system. There are two software redundancy strategies: N versions software redundancy strategy and recovery block strategy.
对硬件冗余技术的研究已经很成熟了，这里主要是针对实时系统的软件冗余技术做出一些初步的探讨。软件冗余策略有两种：N版本软件冗余策略和恢复块策略。 - Under the current hardware level, the influence of clocks on the performance of the carrier and side-tone recovery is analyzed when the low capability frequency source is used as the clock source of the digital devices.
分析了目前硬件水平下采用低性能频率源作为数字器件处理时钟时对载波恢复性能和侧音恢复性能的影响，并对分析结论进行了系统验证。 - The topics include a front-end program selection, design, debugging and other hardware production process control software has also achieved the preparation of reconciliation and recovery software.
本课题包括了前端的方案选型、设计、调试等硬件制作过程，还实现了控制软件和解复用软件的编写。 - The recovery system is a combination of hardware and software ( can be used independently), and constituted of two parts: the upper data recovery software and the underlying data read/ write controller.
本课题所研究的恢复系统采取软（可以独立使用）、硬相结合，由上层数据恢复软件和底层数据读/写控制器两部分构成。 - The hardware constitution of the AUV recovery system is given.
给出了AUV回收系统基本硬件结构组成。 - Enter the synchronous Subsystem by top-down way, confirm the function need and hardware structure of carrier recovery module.
自顶向下地进入同步子系统，确定载波恢复模块的功能需求及其硬件结构。 - In the field of high-performance fault-tolerant computer research, fault management system is the core of the fault-tolerant framework on OS-level, which keeps monitoring hardware and is responsible for fault detection, isolation and recovery.
在高性能容错计算机领域，负责故障的检测、隔离和恢复的故障管理系统是操作系统级容错框架的核心环节。 - Electric vehicles and conventional vehicles of the biggest difference recovery energy when slowing down or braking, in the case of the hardware can not change, Control strategy determines the amount of energy recovery.
电动汽车和传统汽车最大区别在于减速或制动时可以进行能量回收，在硬件不能改变的情况下，制动控制策略决定着回收能量的多少。