Note: The rest of the article will dedicate to 32-bit memory architecture only.
注意：本文的后续部分只针对32 位内存体系结构。
Note: This default HP-UX memory architecture USES the SHARE_MAGIC kernel executable.
注意：缺省的HP - UX内存架构使用SHARE_MAGIC内核可执行程序。
If you have a 64-bit DB2 instance, that means DB2 is using the 64-bit memory architecture.
如果有一个64位的DB 2实例，则意味着DB 2使用的是64位的内存体系结构。
Both DB2 and Oracle use Shared memory areas, but DB2's memory architecture is implemented in a slightly different way than Oracle's.
DB 2和Oracle都使用共享内存区域，但是DB 2与Oracle内存架构的实现方式略有不同。
POWER7 memory architecture uses high reliability, availability, and serviceability (RAS), high performance, and low power consumption memory.
POWER7内存架构使用了较高的可靠性、可用性和可维护性，具有高性能和低功耗的内存。
This paper presents a new memory architecture, multiple bandwidth memory architecture.
提出了一种新的存储器结构——多倍带宽存储器结构（MBM）。
Traditionally, a workstation's throughput depends on its bus and memory architecture, as well as its CPU speed.
传统上讲，工作站的吞吐量与其总线和存储器体系结构以及CPU的速度有关。
Disk file accesses are localized just like RAM access localization in the virtual memory architecture. Most file accesses localize few files.
计算机虚拟存储体系结构中磁盘文件访问存在局部性，大量访问集中在少数文件上。
Next we'll look at the memory architecture, background processes and threads, and will compare and contrast the way they are used in Oracle and DB2.
接下来，我们来看看内存架构、后台进程和线程，比较一下在Oracle和DB 2中使用它们的方式。
Based on the analysis of the SDRAM and DDR memory architecture, this paper presents the design principals of MBM and offers the implementation and the actual waveforms.
在详细分析了SDRAM和DDR存储器结构的基础上，提出了MBM的设计思想，并给出了其实现方法和实际波形。
Memory architecture, background processes and threads.
内存架构、后台进程和线程。
Memory architecture, background processes and threads.
内存架构、后台进程和线程。
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