The data is usually sufficient, though, for diagnosing memory leaks and getting a basic understanding of the application's architecture and footprint.
但是，这些数据通常对于分析内存泄漏和了解应用程序基本架构和范围而言是足够的。
We briefly described the DB2 architecture, background processes, memory model, security, tools, and so on.
我们简要地描述了DB 2架构、后台进程、内存模型、安全性、工具等方面。
Each architecture subdirectory contains a number of other subdirectories that focus on a particular aspect of the kernel, such as boot, kernel, memory management, and others.
每个体系结构子目录都包含了很多其他子目录，每个子目录都关注内核中的一个特定方面，例如引导、内核、内存管理等。
But loading times say much about a program's inner architecture, how efficiently it has been coded and the way it USES computer memory.
不过，加载时间大多表明了程序的内部架构，编码效率和使用电脑内存的方式。
Basic IDS architecture has three major components; data storage, memory structure and background or virtual processors.
IDS的基本体系结构包括三个主要组件：数据存储器、内存结构和后台处理器或虚拟处理器。
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。
AIX USES a memory segmented architecture that limits the number of segments used for Shared memory and heap.
AIX使用内存分段体系结构，以限制共享内存和堆的段的数量。
A hardware architecture, which considers elements such as CPUs, memory, hard disks, peripheral devices such as printers, and the elements used to connect these elements.
硬件架构——包括CPU，内存，硬盘，周边设备例如打印机，与连接这些元素的部分。
Memory architecture, background processes and threads.
内存架构、后台进程和线程。
The EX5 servers take a step away from traditional x86 server architecture in which processors and memory are locked together.
和传统的x86服务器架构不同，EX5服务器的处理器和内存并没有捆绑在一起。
This article looked at numerous aspects of both MySQL and DB2 Express-C backup and recovery mechanisms including architecture, memory structure, logging types, and backup and restore type.
本文讨论了MySQL和DB 2Express - c备份和恢复机制的许多方面，包括体系结构、内存结构、日志类型以及备份和恢复类型。
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。
This article briefly discussed various aspects of DB2 and Informix, such as editions, architecture, process and memory model, databases and storage models.
本文简要讨论了DB2和Informix的不同方面，例如编辑、体系结构、进程、内存模型、数据库和存储模型。
AIX USES a memory-segmented architecture that limits the total number of segments used for Shared memory and heap.
AIX使用了内存分段的架构来限制共享内存和堆所使用的段总量。
When you enable System cache mode on a computer that USES Unified Memory Architecture-based video hardware or AGP, you may experience a severe and random decrease in performance.
当您启用的计算机上使用统一内存架构的系统缓存模式视频硬件或AGP，您可能会遇到严重的性能和随机下降。
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。
In order to support the connectivity between the Sender and the Receiver with respect to a particular EPM, Sandesha architecture USES an in-memory Queue by default.
为了支持根据特定的EPM在Sender与Receiver之间建立连接，Sandesha体系结构将在缺省情况下使用内存中的队列。
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。
The features, architecture and target system's memory map of Real-Time Operating System SACOS are introduced.
介绍了实时操作系统SACOS的特点、体系结构和目标机系统的内存映射。
The EBCOT design USES parallel processing and dynamic memory control (DMC) architecture, which greatly speeds up the coding process and achieves higher hardware utilization.
EBCOT采用的并行运算和动态内存控制(DMC)结构，在保证编码速度的前提下，最大限度减小了片内小波系数缓存量和访问频率。
The museum of history and peace that has to observe the present progressive process of communal memory want to be an architecture of 'anti-memory'.
和平历史博物馆必须捕捉公共记忆呈现渐进的过程，这些记忆将成为一座“反记忆”的建筑。
And then it presents a novel memory controlling architecture with DDR SDRAM according to the characteristics of the modern DRAM storage devices.
然后，结合现代DRAM存储设备的特点，提出了一种以ddr SDRAM为存储设备的新的内存控制器的结构。
In the von Neumann architecture there is no definite way to differentiate code and data that is resident in memory.
在冯。诺依曼体系结构中，没有明确的方法可以区别驻存于内存中的代码和数据。
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。
In a computer with the contrasting von Neumann architecture (and no CPU cache), the CPU can be either reading an instruction or reading/writing data fROM/to the memory.
在基于冯诺依曼架构的计算机中（没有CPU缓存），CPU或者从存储器中读取指令或数据，或者在存储器中写入数据。
The capacity and speed of the memory subsystem in this architecture can be improved using the existed memory devices while the cost can be downgraded without enhancement of the clock frequency.
该结构可利用现有存储器件在不增加时钟频率的情况下，提高存储器系统的容量和速度，同时降低成本。
Distinctive character and therefore accurate expression as a subject of Memory Architecture of the soul of creation.
因此鲜明的个性和正确的主题表达成为纪念性建筑创作的灵魂。
The paper introduces the research trend for the access bottleneck between the data intensive computing architecture and memory.
文章介绍了计算密集型体系解决存储器访问瓶颈的研究趋势。
The essay summarizes the process of the design that for the monument sacred to the memory of marlys, arlalizes tile relation between the memorial architecture and its environment.
总结了沂水县跋山烈士陵园主纪念塔方案设计的全过程，分析了纪念性建筑和环境、形式和思想内容之间的密切联系。
The essay summarizes the process of the design that for the monument sacred to the memory of marlys, arlalizes tile relation between the memorial architecture and its environment.
总结了沂水县跋山烈士陵园主纪念塔方案设计的全过程，分析了纪念性建筑和环境、形式和思想内容之间的密切联系。
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