动态视频内存技术(DVMT)-我有多少视频内存？
Dynamic video memory Technology (DVMT) - How much video memory do I have?
图形-动态视频内存技术(DVMT) -我有多少视频内存？
Graphics - Dynamic video memory Technology (DVMT) - How much video memory do I have?
本文主要研究了实时系统中的虚拟内存技术以及空间域保护机制。
This paper is focused on the research of virtual memory technology and space domain protection mechanism in real-time systems.
内存接口连接xdram芯片，它是目前速度最快的一种内存技术，速度远比目前的DDR和DDR2接口更快。
The memory interface connects XDRAM chips, which currently is the fastest available memory technology, substantially faster than current DDR or DDR2 interfaces.
更多有关信息，请参考动态视频内存技术(DVMT)-我有多少内存？中对应于您的图形解决方案的白皮书。
Refer to the white paper specific to your graphics solution at Dynamic video memory Technology (DVMT) - How much video memory do I have? For additional information.
美国标准技术研究所(NIST)最近宣称他们发明了一种新的内存技术：柔性记忆电阻技术。这是一种新型的记忆电阻技术。
A flexible memristor has been developed by the U.S. National Institute of Standards and Technology, opening the door to new memory technologies.
Linux内核使用内存技术设备(Memory Technology Device,MTD)接口，这是针对flash系统的通用接口。
The Linux kernel USES the Memory Technology device (MTD) interface, which is a generic interface for flash devices.
通过对常规内存、扩充内存、扩展内存、影子内存、高速缓存及虚拟内存的应用分析，对微型计算机的内存技术作了较系统的分析和总结。
By the applied analysis of conventional memory, expanded memory, extended memory, Rom shadow and cache, this thesis sums up the memory technology of PC systematically.
计算中开发最快速的一项技术是内存和数据存储，它们是受不断增加速度和存储大小这样持续的需求而驱动的。
One of the fastest-developing technologies in computing is memory and data storage, which are driven by the constant need for increases in speed and storage size.
接下来，我将讨论一些用于有效管理内存的设计和实现技术。
Next, I'll discuss some design and implementation techniques for efficient memory management.
他说，虚拟化技术已经不再限于CPU和内存，而是扩展到了存储和策略领域。
He said that virtualization technologies are extending beyond CPU and memory to cover areas such as storage and policy.
此技术能帮助将内存压力重新从主机转移到客户上。
This technique can help refocus memory pressure from the host onto a guest.
本文引入的这种技术可以让您简化作用域内存的使用。
This article introduces a technique that you can use to simplify scoped memory usage.
这个技术目前只在使用大型的内存对象集合的情况下才可用。
This technique may end up only being applicable when using very large, in memory object collections.
另一种减少内存使用的技术是缓存经常使用的任务。
Another technique to reduce memory usage is to cache common used tasks.
在测试过程中，使用各种自动化的技术来启用压力/负载测试、内存泄漏分析、数据完整性测试，和回归测试。
Various automation techniques were employed to enable stress/load testing, memory leak analysis, data integrity testing, and regression testing throughout the test effort.
早期的计算机使用卡作为内存，然后转向了芯片技术。
Early computers used CARDS as memory before moving to chip technology.
由于KVM虚拟机是常规进程，可以使用标准内存转换技术。
Because KVM virtual machines are regular processes, the standard memory conservation techniques apply.
基于内存的数据系统技术已广泛应用于数据分析系统，但想利用它进行业务处理还显得不够成熟。
In-memory technology is already widespread in systems that simply analyse data, but using it to help process transactions is a bigger step.
由于SSD中采用了内存存储技术，SSD的性能比常规硬盘驱动器高出了一个数量级。
Due to the memory storage technology used in SSDs, the performance is an order of magnitude higher than regular hard disk drives.
据微软网站的说明，DEP是一系列硬件和软件技术，可以通过对内存区域的附加检查阻止恶意代码在系统上运行。
As Microsoft explains on its Web site, DEP is a set of hardware and software technologies that perform additional checks on memory to help prevent malicious code from running on a system.
这使得程序不得不使用人工内存管理的老技术。
This forces the program to fall back on techniques that resemble manual memory management.
在下一部分，我将介绍一些技术用来理解内存使用和找出内存泄漏。
In the next installment, I'll share some techniques for understanding memory usage and chasing down memory leaks.
IWA技术以压缩格式将数据仓库星型架构中的记录载入内存，并使用新的列存储技术来组织数据。
IWA technology loads the records from a data warehouse star schema into memory in a compressed format, and organizes the data using new columnar storage technology.
在处理巨型文件时，真正的开发人员会转而使用一种技术，名为内存映射文件。
When working with very large files, native developers turn to a technique known as Memory-Mapped files.
传统的内存泄漏技术基于已知发生了内存泄漏并希望确定内存泄漏的根源这一思想。
Traditional memory leak technologies are based upon the idea that you know that you have a memory leak and would like to identify the root cause.
尔必达还计划在其更多的高速/节能型移动内存芯片产品上推广HKMG技术。
Elpida plans to apply HKMG technology to produce faster and more energy efficient Mobile RAM devices, the company's mainstay product area.
用于检测内存泄漏根源的现有技术中所存在的问题
Problems with existing techniques for detecting root causes of memory leaks
用于检测内存泄漏根源的现有技术中所存在的问题
Problems with existing techniques for detecting root causes of memory leaks
应用推荐