Disk output shows how busy the individual physical disks (including NFS mounts, if applicable) are, usually in transactions per second and MB or KB transferred per second.
磁盘的输出显示了各个物理磁盘（在合适的情况下包括NFS 加载）的工作情况，通常以每秒处理事务数和每秒传输的MB或KB 作为单位。
The LTG size is specified either in K or M units, implying KB or MB respectively.
LTG大小的单位指定为 K或M，分别表示 KB 或MB。
In that case, a 4 MB message is compressed to 200 KB, and the above transfer of 300 4mb messages would require only about 8 minutes at 1 Mbps and 32 minutes at 256 KBPS.
在这种情况下，一个4Mb的消息被压缩至200kb，而上述3004 Mb消息的传输在1mbps带宽速度下将只需要大约8分钟，在256kbps带宽速度下需要32分钟。
There is no "message blocking" meaning a 10 MB message with SYNC_ACK guarantee level will not stop a 10 KB NO_ACK guarantee level.
没有“消息阻塞”意味着使用SYNC_ACK保证级别传递10M消息不会中断使用NO_ACK保证级别传递的10KB信息。
As previsouly stated, most operating systems use 4 KB pages -- now imagine the benefits of a 4 MB page. Considier the following
如前所述，大多数操作系统使用4KB页 ——现在设想一下 4 MB 页的优点。
Each server performs around 110 MB per second (8k requests per second with 10 KB record sizes) of total traffic (90 MB from requests, 20 MB for replication).
每个服务器每秒执行约110MB(每秒8k请求，10KB记录大小)的总通信量(请求90 MB，复制20 MB)。
The iOS 4.0-equipped iPhone 3GS and iPhone 4 became incrementally better, with respective single/total component caches of 51.2 KB/1 MB and 102.4
而iPhone3GS和 iPhone4 上的iOS 4.0则有更好的表现，单个/总体组件缓存分别达到51.2KB/1MB 和102.4 KB/1.9 MB。
The iOS 4.0-equipped iPhone 3GS and iPhone 4 became incrementally better, with respective single/total component caches of 51.2 KB/1 MB and 102.4
而iPhone3GS和 iPhone4 上的iOS 4.0则有更好的表现，单个/总体组件缓存分别达到51.2KB/1MB 和102.4 KB/1.9 MB。
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