This naturally places restrictions on them as a computing platform; compute resources tend to be limited, in terms of processing power, memory, and persistent storage.
这就自然地限制了其作为计算平台的能力；计算资源容易收到处理能力、内存和持久性存储的限制。
While that little port isn't a big problem for most visual jobs, it's a hassle for parallel computing that works the CPU, GPU, and memory all in close association.
虽然这个小小的接口对大部分显示工作来说并不是什么大问题，但它却无法应付CPU、GPU和内存紧密结合的并行运算。
Extra memory could, for example, be hidden in a laptop or smart phone dock to increase a portable device's computing power when plugged in.
比如，扩展内存可以隐藏在笔记本或智能手机的插口中，即插即用，提高手持设备的计算性能。
His recent focus has been on high performance computing including in-memory data grid, parallel and grid computing.
他最近的关注点是高性能计算，包括内存数据网格、并行计算和网格计算。
HANA employs an in-memory, data source agnostic computing engine, where data to be processed is held in RAM instead of reading from secondary storage devices thus providing a performance boost.
HANA应用了常驻内存、数据源无关的计算引擎，要处理的数据存放在RAM中，而不是从二级存储设备中获取，这样提供了性能的提升。
The 64-bit addressing provided by the Itanium architecture removes the constraint on memory-addressing capability in 32-bit computing.
Itanium体系结构提供的64位寻址去除了32位计算中内存寻址能力上的约束。
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.
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。
Trends in "distributed computing" are to make networks appear like disks, memory, or other non-networked devices, rather than to exploit the unique capabilities of physical dispersion.
“分布式计算”的趋势则是使得网络如同硬盘，内存或者其他非网络设备一样消失，而不是探索物理分散的独特能力。
This situation brings to light one of the more common trade-offs in computing: speed versus memory.
这种情况揭示了计算方面的更常见的折衷方案中的一种：用速度换取内存。
Maximizing memory usage is one of the most important aspects in achieving optimal performance for any computing resource, let alone databases.
最大化内存使用率对于任何计算资源来说都是获得最优性能的一个最重要的方面，更不用说数据库了。
Virtio has also been used in High-Performance Computing (HPC) research to develop inter-virtual machine (VM) communications through Shared memory passing.
virtio还应用在High - PerformanceComputing (HPC)研究中，以开发出通过共享内存传递的inter -virtual machine (VM)通信。
Similarly, if your application spends too much time building an elaborate in-memory structure, or perhaps computing the next move in a game, the system will conclude that your application has hung.
相似的，如果你的应用消耗太多时间来建立一个复杂的内存中的结构，或者也许计算游戏中的下一步，系统会断定你的应用已经挂起。
The memory 41 may store data and sequences of instructions that are executed by the CPU 31, or any other device included in the computing system 300.
存储器41可以存储由CPU31或者包括在计算系统300内任何其他设备执行的数据和指令序列。
For example, non-volatile semiconductor memory is used in cellular telephones, digital cameras, personal digital assistants, mobile computing devices, non-mobile computing devices and other devices.
举例来说，非易失性半导体存储器用于蜂窝式电话、数码相机、个人数字助理、移动计算装置、非移动计算装置以及其它装置中。
Network simplification is significant in enhancing computing speed and reducing memory occupation of programs relative to ventilation network topology relation.
网络简化对提高与通风网络拓扑关系相关的计算程序的运算速度以及降低计算机内存占有量也具有重要意义。
Comparing with the general algorithm, it has obvious advantage in computing time, memory room and graphical display effect.
与通用算法比较，计算时间、存储空间的开支和图形显示效果方面都有较好的改进。
They illustrate applications of such a theory in ubiquitous computing, business and management, and the psychology of human memory.
他们说明在无所不在的计算，生意和管理处和人记忆的心理学过程中的这样的一个理论的应用。
Through analyses and experiments, this paper presents the strength and weakness of each method in terms of computing time, memory, stability and accuracy.
本文通过对上述三种方法的分析和实验对比，得出它们各自在计算时间、存储量、稳定性、精确性等方面的优缺点。
This method due to the advantage of simplicity in principle and less memory fits for computing the sound distribution in a room.
该方法原理简单，占用内存少，适应于模拟室内声场分布。
In this paper, base on the associative characteristics of holography, complementary encode and threshold detection, a content addressable memory optical computing set up was designed.
本文设计了一种利用全息的关联特性、互补编码和阈值判断的内容寻址光查表系统。
Through computing the lvalue of an expression in the points-to graph, we get all the modified memory locations. Thus we can get all the expressions that may be modified in the called procedure.
该算法通过计算表达式在指向图中的左值，得到所有可能被修改的内存位置，从而计算出所有可能在被调用过程中被修改的表达式。
In this thesis, considering the associative characteristics of holography, complementary encode and threshold detection. Wedesign a content addressable memory optical computing set-up.
本文设计了一种利用全息的关联特性、互补编码和阈值判断的内容寻址光查表系统。
In this thesis, considering the associative characteristics of holography, complementary encode and threshold detection. Wedesign a content addressable memory optical computing set-up.
本文设计了一种利用全息的关联特性、互补编码和阈值判断的内容寻址光查表系统。
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