With logical partitioning (LPAR), IBM servers that feature the POWER processor can support multiple system requirements in a single machine.
通过使用逻辑分区(LPAR)，采用POWER处理器的IBM服务器可以在一台机器中支持多种系统需求。
The POWER5 + processor architecture (running the AIX 5l operating system) addresses the page table problem by introducing multiple page sizes.
POWER5 +处理器架构(运行AIX 5l操作系统)通过引入多页面大小来解决页表问题。
Just as a CPU runs multiple operating system processes to service multiple users, an Informix virtual processor runs multiple threads to service multiple SQL client applications.
与一个CPU运行多个操作系统线程、服务多个用户一样，一个Informix虚拟处理器运行多个线程，服务多个SQL客户机应用程序。
When we configured multiple CPUs, we used the System Object metric, otherwise known as the % Total processor Time (this measures processor utilization for all the processors combined).
当配置多个CPU时，我们使用SystemObject指标，也被称为%TotalProcessorTime(用来度量结合多个处理器之后的处理器利用情况)。
In addition, the appearance of multiple-processor architectures supported by extremely fast motherboard architectures seems to make distributed file system issues a lesser priority.
此外，由极快的主板架构支持的多处理器架构的出现，似乎使得分布式文件系统问题变得不太重要。
Just as a CPU runs multiple operating-system processes to service multiple users, a database server virtual processor runs multiple threads to service multiple SQL client applications.
正如一个cpu允许多个操作系统进程来服务多个用户一样，一台数据库服务器虚拟处理器也可以运行多个线程来为多个SQL客户机应用程序提供服务。
This allowed the system to be distributed over multiple processors, either using shared memory directly as in most Mach messages, or by adding code to copy the message to another processor if needed.
这种设计有利于把系统分布到多个处理器之上，既可以像大多数Mach消息那样直接通过共享内存来传递，也可以在必要的时候增加一点代码把消息复制到别的处理器上。
In another embodiment, the power management system with multiple VRs may be on a die (' the VR die ') separate from the die of the many-core processor.
在另一个实施例中，具有多个VR的功率管理系统可以在与众核处理器的管芯分离的管芯上。
The appearance of multiple-processor architectures supported by extremely fast motherboard architectures seems to make distributed file system issues a lesser priority.
超速主板结构支持的多处理器结构的出现使分布式文件系统处于劣势。
Focus on vehicle safety problem, this dissertation presents a design about a kind of multiple sensor obstacle detection system which based on the monolithic processor.
针对汽车行驶安全问题，本文提出了一种基于单片机的多传感器障碍物检测系统的方案，并进行了详细的硬件电路设计。
Focus on vehicle safety problem, this dissertation presents a design about a kind of multiple sensor obstacle detection system which based on the monolithic processor.
针对汽车行驶安全问题，本文提出了一种基于单片机的多传感器障碍物检测系统的方案，并进行了详细的硬件电路设计。
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