通常情况下没有进行复位而收集的数据不是很有用，因为计数器的时间跨度较长，包括随着负荷起伏跌宕截然不同的工作负载。
Typically the data collected without a reset is not very useful because the counters span a longer period of time, including drastically different workloads along peaks and valleys in load.
我们可以在序列化之前模糊化该数据，将数位循环左移一位，然后在反序列化之后复位。
We can obscure this data by rotating the bits once to the left before serialization, and then rotate them back after deserialization.
一旦终止或重新启动实例或数据库，计数器便会复位。
Counters are reset when you stop and restart an instance or database.
该系统将清除所有的数据和器件复位到工厂的默认设置。
The system will erase all data and reset the device to the factory default settings.
救援服务器(salvager)—尽最大努力恢复位于文件服务器上的AFS卷内存储的所有数据。
Salvager server (salvager) - Provides best effort to recover any data stored in AFS volumes on a file server.
特殊的功能，有些型号：包括服务区间复位，组成活化，活出数据，液晶显示模块读，同步。
Special functions for some models: Including service interval reset, component activation, live data, LCM reading, sync.
系统硬件包括TMS320 LF 2407a，数据采集电路，复位电路、驱动电路及人机接口电路等。
The hardware of this system includes TMS320LF2407A, data acquisition circuit, reset circuit, driver circuit and man-machine interface circuit etc.
提出了利用传输数据格式的改变来对矿用微机监控系统中的分站进行地面远程复位的原理和实现方法。
The paper introduces the principle and realized method of long distance reset of the outstation in microcomputer control and monitoring system with changing the form of communication data.
硬复位-消灭了所有的数据在手机短信文本警报后送出。
Hard Reset - wipes out all data in the mobile phone after the SMS Text Alert is sent out.
存储单元和数据线用复位信号来控制，以使数据可在该半导体器件中被可靠地输出。
A memory cell and a data line are controlled with a reset signal, so that data can be reliably outputted in the semiconductor device.
在将内部复位信号加到CPU的同时，提高由DRAM控制器所生成的用于刷新DRAM中数据的刷新信号的速率。
While the internal reset signal is being applied to the CPU, the rate of a refresh signal being generated by a DRAM controller for refreshing data in DRAM is increased.
为了高质量准确地对物体多视角三维图象进行快速对齐复位，提出了一种将多个视角三维自然曲面数据精确对齐复位于同一坐标系中的新型迭代方法。
A novel iterative approach is proposed for precise aligning multiple 3D images captured from difference views of a natural object surface in one reference coordinate system.
为了高质量准确地对物体多视角三维图象进行快速对齐复位，提出了一种将多个视角三维自然曲面数据精确对齐复位于同一坐标系中的新型迭代方法。
A novel iterative approach is proposed for precise aligning multiple 3D images captured from difference views of a natural object surface in one reference coordinate system.
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