低内存模式,现在使用更严格的方式降低导入模型的纹理尺度。
Low memory mode now reduces the scale of imported textures in a stricter manner.
在计算机内存模式下,根据装配体的几何信息自动识别装配关系。
Under computer memory pattern, assembly relationships are automatically recognized according to the geometry information.
Linux内核工作于虚拟内存模式:每一个虚拟页对应一个相应的系统内存的物理页。
The Linux kernel operates in a virtual memory mode: for every virtual page there is a corresponding physical page of memory in the system.
因为绑定模式连接使用共享内存,所以不存在与网络连接上的传输关联的开销。
Because the bindings mode connection USES Shared memory, there is no overhead associated with transport over a network connection.
服务器只需要计算内存数据的模式。
这种方法是缺陷是,如果使用率阀值没有微小的增量,则一些粒度级的数据可能会丢失,并且阀值下方的内存使用率模式将变为不可见。
The downside of this approach is that without extremely small increments in the usage threshold, some granularity of data can be lost and patterns of memory usage below the threshold become invisible.
数据压缩能力、内存使用情况和访问模式等因素决定了一些不常见的AME优势。
Factors like data compressibility, memory usage and access patterns decide the benefit of AME which are not commonly known.
设备还提供了必须的内存和处理能力来处理模式部署、映像导入以及其他密集型计算资源处理。
The appliance also provides the necessary memory and processing power to handle pattern deployments, image imports, and other intensive compute resource processes.
如果应用服务器的状态和工作负载稳定,那么内存使用模式应相对稳定。
If the state of an application server and the workload is stable, then memory usage patterns should be relatively stable.
本文引入了LMMPWT模式以简化作用域内存的使用。
This article introduced the LMMPWT pattern for simplifying scoped memory usage.
如果有用户或应用程序以绑定模式连接(使用共享内存),操作系统将使用ID和密码对其进行身份验证。
If there are users or applications connecting in bindings mode (using Shared memory), the operating system will authenticate them using an ID and a password.
为了给全世界的观众提供最大的可扩展性,它采取网页数据生成后在内存中缓存的方法;这就是熟悉的内存数据模式。
To provide extreme scaling for a worldwide audience, the idea was to cache Web page data in memory after it was generated; this is the familiar data-in-memory pattern.
学习内存使用的正确模式,快速发现可能发生的错误,使本文介绍的技术成为您日常工作的一部分。
Learn correct patterns for memory use, be sensitive to the errors likely to occur, and make the techniques described in this article part of your daily routine.
清单2中的第18行演示内存直接寻址模式。
Line 18 in Listing 2 illustrates the memory indirect addressing mode.
第二个值是内存压力模式开始对缓冲区使用应用压力的上限。
The second value is the threshold for a memory pressure mode to begin to apply pressure to buffer usage.
我使用了基于内存的数据库选项在内嵌模式下开启了HSQLDB数据库。
I've started the HSQLDB database in embedded mode using the memory-based database option.
不同应用程序自然有不同的内存使用模式。
Different applications naturally have different memory usage patterns.
在为LPAR启用AME时,操作系统将开始根据工作负载的内存访问模式压缩和解压缩内存中的数据。
When AME is enabled for an LPAR, the operating system starts compressing and decompressing data in memory based on the workload's memory access pattern.
您可能关心应用程序的内存使用模式:是否使用了太多内存?
You may be concerned about the application's memory usage pattern: Is it using too much memory?
再次声明,这个值可能会因应用程序或装载的dll和本地com组件的内存分配模式(等等)不同会有所差别。
Again, this value will differ depending on your application, the DLL's that are loaded and memory allocation patterns of native com components etc.
从睡眠模式中唤醒后,造成内存泄露。
这里使用内存间接寻址模式(第31行)访问命令表,还使用了ESI(和EDI)中的偏移量和一个乘数。
Here, memory indirect addressing mode (line 33) is used to access the command table along with an offset in ESI (and EDI) and a multiplier.
本文介绍了使用ObjectGrid的几种模式之一:作为内存分布式数据库。
This article described one of several patterns for using ObjectGrid: as an in-memory distributed database.
例如,可以创建一个标准的WebSphereApplicationServer环境模式,其中包含内存会话持久性和全局安全性。
For example, a standard WebSphere Application Server environment pattern with in-memory session persistence and global security can be created.
错误检测:用户模式下的运行时内存崩溃。
要在主机上超量使用内存,我们将Memknobs部署在32 台虚拟机上,每个实例都以独一的模式使用内存。
To overcommit memory on a host, we deployed Memknobs onto 32 virtual machines where each instance used memory in a unique pattern.
要在主机上超量使用内存,我们将Memknobs部署在32 台虚拟机上,每个实例都以独一的模式使用内存。
To overcommit memory on a host, we deployed Memknobs onto 32 virtual machines where each instance used memory in a unique pattern.
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