The amount of processing capacity in units of physical processors that would be used for memory compression activity.
以物理处理器为单位的处理容量，可用于内存压缩活动。
With compression, fewer pages need to be read into memory from disk, making the overall system perform better.
通过使用压缩，需要从磁盘读入内存的页面更少了，这会提高总体系统性能。
Look for the true memory size in the output of different tools to determine the actual memory available without compression.
要想查明在不压缩的情况下可用的实际内存，应该在不同工具的输出中寻找真实内存大小。
UWE includes support for unlimited data storage, processors, and memory, as well as deep compression that can reduce disk space usage as much as 80 percent while further enhancing performance.
UWE提供了对无限制数据存储、处理器、内存以及深度压缩的支持，可减少80%的磁盘空间使用量，同时进一步提高性能。
Deficits occur when the compression ratio specified cannot be achieved, and the system starts to use memory that cannot be created out of compression.
当无法达到指定的压缩率，系统开始使用无法通过压缩节省出的内存时，就会出现赤字。
This article shows you how to enable some of DB2 9 features, such as self-tuning memory management and compression, as part of the post-migration steps.
本文将展示如何启用DB 29的一些特性，例如自调优内存管理和压缩，这些都是完成迁移后的工作。
As a result, compression allows more data to be in memory than without compression, which increases the buffer-pool hit ratio and makes higher utilization of the available memory.
因此，相比不压缩，压缩能让内存存储更多的数据，进而提高了缓冲池命中率和可用内存的利用率。
It USES in-memory data compression to increase the amount of data that can be placed into memory-adding to the overall capacity of a POWER7 system.
它使用内存内数据压缩增加可以放在内存中的数据量，这会提高POWER 7系统的总处理能力。
But if you have the time and memory, XMLPPM achieves astonishing compression rates.
但如果您有时间和内存，xmlppm可以达到令人惊讶的压缩比。
Again, the classic trade-off between memory and speed arises, as compression reduces memory consumption but that compression requires cycles.
同样，这里会出现内存和速度之间的传统折衷，因为压缩减少了内存消耗，但该压缩需要消耗CPU周期。
To save even more space in memory, most video software subjects syntax elements to a further round of data compression.
为了在内存中介绍更多的空间，大部分图像处理软件的语法元素都会让步于新的数据压缩。
The average compression ratio of the in-memory data of the workload.
内存中工作负载数据的平均压缩比。
In this design many technologies such as DSP, low bit-rate speech compression, channel multiplexing, Flash Memory and communication with modem through se rial port are used.
设计中采用了DSP、低比特率语音压缩编解码、信道复用、快闪存储、串口和调制解调器通信等技术。
Through Compressing full code or sub code of application software, the code compression technology can reduce the size and power of the memory effectively.
代码压缩技术通过对整个应用程序全部或者部分指令进行压缩，能够有效地减少内存的尺寸、功耗等。
For sources with memory, we must first remove the correlation between pixels, so as to achieve compression efficiency.
对于有记忆信源来说，首先要去除像素间的相关性，从而达到压缩编码的效率。
Lossless compression bounds of images naturally acquired by various imaging sensors are estimated using a practical method based on multi scale conditional entropy and memory measurement.
为估计利用各类成像传感器自然获取图像的无损压缩极限，提出一个利用多尺度条件熵和记忆性度量的实用方法。
The integro-differential equation of parabolic type often occurs in applications such as heat conduction in materials with memory, compression of viscoelastic media, nuclear reactor, dynamics, etc.
抛物型积分微分方程多出现在记忆材料的热传导、多孔粘弹性介质的压缩、原子反应、动力学等问题中。
Conclusion: the kyphoplasty instrument of memory alloy netting ball is a new method to treat osteoporosis vertebra compression fracture, but its clinical application needs further study.
结论：记忆金属网球后凸成形装置可以作为治疗骨质疏松性椎体压缩骨折的一种方法，但其临床应用尚需要进一步研究。
The data flow scheme of the MPEG-4 video compression is optimized by utilizing the DSP's on-chip memory.
针对DSP片内资源特点设计了片内存储器数据分配方案，并根据该方案优化了MPEG 4视频压缩的数据流模式。
The information compression of tabu frequency reduces plenty of memory demand.
禁忌频率的信息压缩技术节约了大量存储空间。
Objective: to propose a new scheme for removing inter-frame redundancies of medical image sequences to facilitate the compression, memory and transmission of the images.
前言：目的提出一种医学序列图像消除帧间相关的新算法，以利于图像信号的压缩、存储和传输。
Memory capacity also means cost in the storage of speech and the speech compression coding can enhance storage efficiency.
在语音的存储中，存储器容量也意味着成本，而语音的压缩编码能够显著的提高存储器的利用率。
Data compression improves the efficiency of data transmission by utilizing the correlation of images and reducing the redundancy of bits representing them to save the memory capacity.
数据压缩旨在利用图像的冗余度来减少表示图像所需的比特数，从而节省图像存贮容量，提高传输效率。
Compression is especially valuable for read-intensive applications, on systems with enough RAM to keep frequently used data in memory.
压缩对于以读为主的应用程序更有价值，因为这样能够使得系统有足够的内存把频繁使用的数据都保持在内存里。
Saving original image data needs a lot of memory space, and direct compression doesn't get a good effect.
原始的数字图像需要大量的存储空间，而直接对其进行压缩编码效果并不理想。
Further, some recent research has revealed that there is compression of space in visual working memory.
近来有研究发现，视觉工作记忆中的空间信息存在主观压缩的特点。
PVRT compression formats will decrease the size of your textures (resulting in faster load times and smaller memory footprint) and can also dramatically increase rendering performance.
PVRT压缩格式，将减少纹理的大小(结果是更快的加载时间和较小的内存占用)，也可以大大提高渲染性能。
Undertake compression above all, if travel is too big still, have the memory outside travel.
首先进行压缩，如果行仍然太大，则进行行外存储。
With the modern seismic technique rapidly developing, the data compression serving as the support techniques of fulfilling mass data memory and transmission is attached much weight to by peoples.
随着现代科学技术的飞速发展，数据压缩作为解决大量信息存储和传输的支撑技术受到人们的极大重视。
With the modern seismic technique rapidly developing, the data compression serving as the support techniques of fulfilling mass data memory and transmission is attached much weight to by peoples.
随着现代科学技术的飞速发展，数据压缩作为解决大量信息存储和传输的支撑技术受到人们的极大重视。
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