一旦问题硬件恢复正常，这些资源可以保持在原地，也可以返回原始服务器。
Once the hardware becomes available again, the resources can remain where they are or go back to the original server.
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。
Providing automated detection of failures: to provide true hardware recovery, you need some form of automated detection of failures.
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。
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.
如果知道失效之间的平均时间和平均恢复时间(例如对于硬件)，则使用这一部分中的计算方法。
If you know the mean time between failures and the mean time to recovery, e.g. for the hardware, use the calculations in this section.
具有IPMI功能的服务器让网管员访问和监视服务器硬件，对冻结的服务器进行诊断和恢复正常运转。
Servers with IPMI functionality let network administrators access and monitor server hardware, and diagnose and restore a frozen server to normal operations.
当出现硬件故障或灾难性事件时，不可避免地需要恢复整个系统。
Inevitably, you may need to restore the entire system due to hardware failure or a catastrophic event.
万一软件或硬件发生故障，一个高可用性解决方案保证系统自动恢复。
A high availability solution guarantees that a system will automatically recover in the event of a software or hardware failure.
在实施灾难恢复的过程中，您最不希望出现的是未预料到的硬件和软件资源冲突。
During a disaster recovery implementation effort, the last thing you want is unexpected hardware and software resource conflicts.
当发生数据毁坏事故，例如软件故障、硬件故障、错误的应用程序逻辑和用户错误后，可以使用这些备份将数据库恢复到适当的状态。
These backups can be used to restore databases to their proper state after data corruption events, such as software failures, hardware failures, bad application logic, and user errors.
对等恢复可以自动进行而无需重新启动发生故障的硬件。
Peer recovery can occur automatically without the need to restart the failed hardware.
即使在同一物理硬件上的服务器也能执行对等恢复处理。
Even servers on the same physical hardware can perform peer recovery processing.
因为能交换操作顺序而不影响最终结果，所以我们才能在网络或者硬件临时故障的时候记录下所有操作或者恢复几分钟甚至几小时之前丢失的数据。
We can process operations out of order and end up with the same result, so we can paper over temporary network and hardware failures, or even replay lost data from minutes or hours ago.
高可用性系统将软件和工业标准硬件相结合，在系统、组件或应用程序发生故障时快速恢复来使停机时间最小化。
High availability systems combine software with industry-standard hardware to minimize downtime by quickly restoring services when a system, component, or application fails.
恢复操作系统之后，就可以以安全的方式热交换坏磁盘并更换它，而不会危及硬件上的其他LPAR。
And after I recovered the operating system, I could then hot-swap the bad disk out in a safe manner and get it replaced without compromising the other LPARs on the hardware.
您可以通过以下步骤最小化硬件故障恢复时间。
You can minimize hardware failure recovery times by doing the following.
一旦出现硬件故障，节点可以轻松恢复到DeploymentManager维护的单元配置中反映的最后配置。
In the case of a hardware failure, the node can be easily recovered back to the last configuration reflected in the cell configuration maintained by the Deployment Manager.
缺乏可替换硬件，将不能从这种情况中恢复。
Short of replacing hardware, you cannot recover from this situation.
如果拥有特定于硬件的定制驱动程序，那么可能需要恢复到默认设置或者尝试兼容的硬件支持。
If you have custom drivers specific to your hardware, you may need to revert to default Settings or try compatible hardware support.
确保拥有一个可以用来从硬件故障(含数据库损坏)中恢复的备份策略。
Ensure you have a backup strategy that you can use to recover from hardware failures (including corruption).
用户冲走自己马桶下的光纤电缆的一端，一个小时后，它就能恢复并且通过水管硬件调度员的团队合作而连上互联网。
A user flushes one end of a fiber-optic cable down his toilet; an hour later, it's recovered and connected to the Internet by a team of Plumbing Hardware Dispatchers.
这些步骤旨在促进虚拟服务器的计算机集群管理，同时提供简单而有效故障恢复在使用硬件设备失败的时候。
It has been designed to facilitate cluster management of virtual servers and to provide fast and simple recovery after physical failures using commodity hardware.
备份实例和应用程序数据库，并备份实例和应用程序定义，以便在出现硬件和其他系统故障之后，能够快速恢复实例和应用程序。
Backing up the instance and application databases and backing up instance and application definitions so that you can quickly restore instances and application after hardware or other system failures.
与物理资源相比，虚拟资源因其不存在硬件和操作系统方面的问题而能够在出现崩溃后更快地恢复。
Compared with physical resources, virtual resources can recover faster after the crash because of the absence of hardware and operating system problems.
故障恢复机制是为了在各种意外事件出现时仍能保证运营持续性，如即将发生的硬件错误、资源压力或较长延迟时间等。
Failover mechanisms ensure operational continuity during events like impending hardware failures, resource stress, or prolonged latency delays.
无法继续，因为硬件或系统错误，很抱歉，但这个错误是不可恢复的。
Unable to continue because of a hardware or system error, Sorry, but this error is unrecoverable.
通过选择最后一次正确配置你能从诸如新增加的对硬件不正确驱动程序而引发的问题恢复系统。
By selecting Last Known Good Configuration, you can recover from problems such as a newly added driver that may be incorrect for your hardware.
因为流程状态存储在数据库，所以流程引擎在服务器关闭之后可以恢复运行流程。服务的关闭是由于硬件故障或者正常维护。
Because the process state is stored in a database, the process engine can also recover running processes after a server shutdown, due to hardware failure or regular maintenance.
面向恢复的计算(ROC)认为：硬件故障、软件故障以及操作员错误仍需要人们面对，但不必作为一定要彻底解决的问题。
Recovery -oriented Calculation (ROC) takes the perspective that hardware faults, software bugs, and operator errors are facts to be coped with, not problems to be solved.
提供专业硬件故障数据恢复服务。
Provides professional data recovery service hardware failure.
提供专业硬件故障数据恢复服务。
Provides professional data recovery service hardware failure.
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