I regularly defragment the hard disk, tweak the registry, and clean out temporary files, but my PC is still slow. 我会定期整理磁盘碎片、打扫注册表,清理临时文件,但我的电脑仍然很慢。
Another piece of information I may require is disk information. 我需要的另一条信息是磁盘信息。
However, the rate of I/ O operations to disk is quite high. 然而,磁盘的I/O操作是非常高的。
I chose the internal disk for my Blades. 我选用Blade的内部磁盘。
But these plug-ins aren't huge, and aside from my music library, I have more than enough disk space. 但这些插件并不大,除去我的音乐库后,我的计算机上还有足够大的磁盘空间。
How do I replace a disk? 如何替换某个磁盘?
As someone who takes a lot of digital photos, I'm no stranger to disk clutter& my computer has hundreds of megabytes of old photos, most with sketchy or non-existent labels. 正如喜欢拍摄大量数字照片的人一样,我也经常碰到磁盘混乱的问题&旧照片占据了我计算机上数百兆字节的空间,这些照片只粗略进行了标记,有的甚至都没有标记。
If I picked the wrong disk, I'd overwrite my client LPARs AIX rootvg. 如果选择了错误的磁盘,就会覆盖客户机LPARAIXrootvg。
If I picked the wrong disk, I'd boot the wrong system. 如果我选择了错误的磁盘,就会引导了错误的系统。
Once I knew it was a disk space problem, I was able to identify the process and kill it using other commands, such as ps and kill. 一旦我知道是磁盘空间问题,我就能够识别这个进程并用其它命令(如ps和kill)将它杀掉。
If I needed to restart the system at this point in the migration, I could be assured that I could boot from either disk. 如果在迁移的这个时候需要重启系统,我就能有把握能从任一磁盘引导。
Just as before, if I need to reboot the LPAR at this point, I can rest assured that I can boot from either disk. 与以前一样,如果我需要在此刻重新引导这个LPAR,我将有把握能够从任一磁盘引导。
To make full use of compute resource, it's important to optimize performance, including CPU, memory, and I/ O ( both disk and network). 要想充分使用计算机资源,优化性能是非常重要的,包括CPU、内存和I/O(磁盘和网络)。
Likewise, on the NIM client, I have a spare disk which has enough capacity for a full copy of its rootvg. 同样,在NIM客户机上,我拥有一个能够容纳其rootvg的一个完整副本的空闲磁盘。
Writing to memory is much faster than doing an I/ O to disk. 与磁盘的I/O操作相比,内存的写操作要快得多。
The reason for this is to limit the amount of dirty pages in memory, which further reduces I/ O overhead and disk fragmentation. 这么做可以限制内存中“脏”页面的数量,从而进一步减少I/O开销和磁盘碎片。
I confirmed that the new disk was discovered and the paths had been configured correctly. 我还确认这个新磁盘已被发现且路径已被正确配置。
I want to defragment my disk. 我想重整我的磁盘。
I saved it onto hard disk. 我把它保存到了硬盘上。
I need a lot of disk space to store these files. 我需要很多的磁盘空间来储存这些文档。
I know that the system disk must be repaired. 我知道一定要用系统盘修复了。
I have broken the optical disk. I'm really sorry I was not careful with it. 我不小心把这张光盘压坏了,真对不起。
I want fast performance, and I still want to save disk space by using compression. Compress my files only when I'm not using my computer. 要性能快而且要压缩磁盘来节省空间,只有不使用计算机的时候,再压缩文件。
If I have a rotating disk, I can ask myself the question now which we have never done before, what kind of kinetic energy, how much kinetic energy is there in a rotating disk? 如果有一个旋转磁盘,我现在要提的是以前,从未接触过的问题,是关于动能的,在一个旋转磁盘上,存在多大动能?
I have here a disk, C and the center of the disk is C, and this disk is rotating with angular velocity omega that could change in time, m and the disk has a mass m, R and the disk has a radius R. 这是一个圆盘,圆盘中心为,这个圆盘正以,会随时间变化的,角速度ω旋转,圆盘重量为,半径为。
I have no disk that may interest you. 我没有一张唱片能引起你的兴趣。
The main reasons affecting the performance of disk I/ O are disk competition, too frequent I/ O and the configuration and management of data blocks. Making all available disks equally balance I/ O may reduce the disk access time. 影响磁盘I/O性能的主要原因有磁盘竞争、I/O次数过多和数据块空间的分配管理,使所有可用的磁盘均匀地平衡I/O,可以减少磁盘存取的时间;
The problem of effective resource use stands out in large VOD system. The great capacity of data transmission makes network I/ O and disk I/ O bandwidth the bottlenecks in VOD system. 大规模VOD系统中的资源有效利用问题非常突出,海量数据传输使得网络I/O带宽和服务器磁盘I/O带宽成为系统的瓶颈。
Second was the disk I/ O. The disk I/ O was a hot spot in the system. To improve the capacity of throughput of the disk the pattern of thread pool was used. 其次是磁盘I/O,在系统中磁盘I/O是一个热点,系统采用了线程池模式来提高磁盘的吞吐能力。