The modeled target memory expansion factor
建模的目标内存扩展因数
Target memory expansion factor configured for the LPAR
为LPAR配置的目标内存扩展因数
The user can specify the target memory expansion factor for a workload.
用户可以为一个工作负载指定目标内存扩展因数。
Source memory needed less times to reach the aim than target memory.
源记忆达标的学习次数显著少于靶记忆。
It is implied that quantitive differences may exist between target memory and source memory.
推测靶记忆与源记忆存在量化区别。
In this case, runtime analysis results are evaluated in the target memory endlessly, until you decide to dump them back to the host machine.
在这种情况下，运行时分析结果都在目标内存中得到评价，直到您决定将其返回至主机为止。
RDMA allows one computer to read or write to the memory of another computer without requiring any processor cycles on the target machine.
RD MA支持读或写另一台计算机的内存，并且不需要占用目标计算机的任何处理周期。
RDMA allows one machine to read or write to the memory of another machine without requiring any processor cycles on the target machine.
RDMA允许一台机器读写另一台机器的内存，无需在目标机器上有任何处理器周期。
If both the target utilization and allocation rate are high, the application can run out of memory, forcing the GC to run continuously and dropping the utilization to 0% in most cases.
如果目标利用率和分配率都很高，则应用程序可能耗尽内存，强迫GC连续地运行并且在多数情况下使利用率降低到0%。
These general Settings define the OS type, memory size, disk size, and target location of the VM to be created.
这些一般设置将定义OS类型、内存大小、磁盘大小以及要创建的VM的目标位置。
Jumbo payloads — Sending a very large XML message to exhaust memory and CPU on the target system.
特大有效负载——发送一个非常大的XML消息来耗尽目标系统的内存和CPU。
Ensuring the target system has sufficient memory and processor resources to meet the LPAR's current entitlements.
确认目标系统有足够的内存和处理器资源，可以满足LPAR当前的需求。
Some situations might not have the memory required to sustain a certain utilization target, so decreasing the target utilization at a performance cost is the only option.
某些情形可能需要使用内存以维持确定的目标利用率，因此在性能开销上降低目标利用率是惟一选择。
The percentage against the target expanded memory size, if the LPAR has a memory deficit.
如果LPAR的内存不足，则提供相对于目标扩展内存大小的百分比。
During the migration operation, all the memory that has been paged out to a paging space device is first read into real memory before being transmitted to the target server.
在迁移操作期间，换出到分页空间设备上的所有内存先被读入真实内存中，然后传输到目标服务器。
If your system is constrained on memory, you can reduce the size of buffer pools in the target database because the DB2 LOAD utility does not use buffer pools.
如果系统内存不充裕，那么可以减少目标数据库中缓冲池的大小，因为DB 2LOAD实用程序不使用缓冲池。
After the POST is complete, it is flushed from memory, but the BIOS runtime services remain and are available to the target operating system.
当POST完成之后，它被从内存中清理了出来，但是BIOS运行时服务依然保留在内存中，目标操作系统可以使用这些服务。
On the target server the migration of a shared memory partition has the same effect as adding a new partition to the shared memory pool.
在目标服务器上，迁移共享内存分区的效果与在共享内存池中添加新分区相同。
Most of the time required for the migration was for the copying of the LPAR's memory from the source to the target.
转移所需的时间主要是把LPAR的内存从源系统复制到目标系统花费的时间。
NRGN may be a candidate drug target, as it appears to play an important role in regulating both memory and cognition, processes that are often perturbed in schizophrenics.
NRGN可能是一种候选药物靶标，因为它显然在调控记忆和认知方面很重要，这些过程常常在精神分裂症中被扰乱。
Memory maps are a helpful aid in getting to know the target.
内存映射有助于了解目标机情况。
Effectively, RDMA allows a member's agent to simply perform what appears to be a local memory copy operation, when in fact the target is the memory address of a remote machine.
RD ma有效地使成员的代理只需执行看似本地内存复制的操作，而此时的实际目标是远程计算机的内存地址。
The size of the Shared memory pool on the target server does not have to be the same as on the source server.
目标服务器上共享内存池的大小不必与源服务器上的相同。
To generate an AME report with the modeled target expanded memory size as 5000 MB. –t option can be used.
要生成建模的目标扩展内存大小为 5000MB 的AME报告，可使用 -t选项。
Target expanded memory size in MB for the LPAR
LPAR 的目标扩展内存大小，以 MB 为单位
Fired when an aspect of the target, such as a variable, register, or portion of memory, changes value.
当目标的某个元素(例如变量、注册表或部分内存)的值发生改变时触发。
The percentage against the target expanded memory size
相对于目标扩展内存大小的百分比
To generate a report with the modeled target expanded memory size as 5000mb using the recorded file, use this code.
要使用记录文件生成建模目标扩展内存大小为5000MB的报告，可使用此代码。
It scans a physical memory image file of the target computer and extracts all the encryption keys for a given BitLocker disk.
它扫描目标计算机物理内存的映像文件然后释放出给定的BitLocker加密磁盘的加密密钥。
Figure 11 shows the GC performance summary graph generated by Tuning Fork, including target utilization, heap memory use, and application utilization.
图11演示了TuningFork所生成的gc性能概要图，包括目标利用率、堆内存使用和应用程序利用率。
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