所以你不需要超快的运算资源。
这个机制可提升运算资源最大使用率。
This mechanism promotes maximum usage of computing resources.
为了能够在低运算资源的设备上实现鲁棒性前端，在ETSI标准的核心两级维纳滤波算法的基础上，我们提出了一种新方法以提高算法效率。
In order to use the robust feature in low computational resource device, on the basis of two-stage Wiener filtering algorithm in ETSI Standard, we propose a novel approach to improve the efficiency.
Chrome是第一个把不同运算的进程分开的浏览器，每个页面或者浏览器插件都可以独立访问计算机的资源。
Chrome was the first browser to keep its different computational "processes" separated-each TAB or browser plug-in is given individualized access to your computer's resources.
下列的连结是细胞与分子运算领域中的其他线上资源。
The links below are online references for additional resources in the field of cellular and molecular computation.
我们知道除法运算很耗资源，所以DeferredDivision对象将要求Calculator类型来处理该任务。
Imagine that it is expensive to do division, consequently the DeferredDivision object will ask the Calculator type to handle that task.
各个应用程序定义了这些资源被用来解决用户的运算问题的方法。
The applications programs define the way in which these resources are used to solve the computing problems of the users.
在嵌入式软件的设计过程中，如何在有限的硬件资源条件下提高软件的运算精度，是影响软件性能的一个重要问题。
In the designing process of embedded software, it is an important problem that how to improve the operation precision with limited hardware resources.
数据库中多个实体呈树形关联时，对海量数据作多层实体连接运算时要消耗系统大量的内存资源。
Vast memory resource is consumed when great capacity data is retrieved while many layers of entities in a database are re - lated like a tree and join operation is carried out.
高质量的大语料库合成系统对存储资源和运算能力要求比较高，从而限制了它的应用范围，主要用在服务器级和桌面级。
But high-quality speech synthesis system has high computing complexity and large resource consuming, so it is limited in the application on server and desk platform.
充分利用PC机软硬件资源、DSP快速运算和控制功能、FPGA超强灵活的逻辑处理能力，便于设计出功能完美、性能优越的运动控制器。
Use of PC software and hardware, DSP calculation and controlling , FPGA super - flexible logical processing is made to help design the movement controller with perfect function and good quality.
实验证明，这种改进结构既保证了蝶形运算的速度，又节约了芯片资源，适合在FFT芯片设计中使用。
It is proved in the experiments that the improved architecture not only guarantees the velocity of FFT butterfly but also economizes the chip resources and ADAPTS to FFT chip design.
有了AWS，您可以根据需要通过网络服务api迅速地进行存储和运算，只需要为你所占用的资源付费。
With AWS you can rapidly provision storage and computing on-demand via web services APIs, paying only for the resources you consume.
CORDIC算法只有加、减和移位运算，计算量少，速度快，节省资源，容易实现。
The CORDIC algorithm only has addition, subtraction and shift operations, with less computation amount, fast speed, resources saving and easy realization.
安全散列算法的运算位数与运算的轮数较多，用硬件实现需耗费大量的资源。
Duo to the many of the bits and times of the SHA, it need a lot of resources with hardware.
在这个情况下，需要向负责建立资源运算式的序列化程序通知目标物件的名称。
In this case, the serializer responsible for creating the resource expression needs to be informed of the names of the target objects.
该方法监测系统资源使用情况，通过调整新闻时间窗口、文档向量维度和用户模型关键词维度的方式来动态调整相似度计算的运算量。
It monitors the free resource of the system and adjusts a sliding time window on news stream accordingly. This way, the dimensions of document vector and user profile vector change dynamically.
这是一个小程序展示了C图表资源，类似一个流程图。这程序也许可以帮你分析资源的运算法则。
This is a small program that shows the diagram of C source that is similar to Flowchart. This program may help the user analyze the algorithm of source.
系统硬件控制电路的核心器件仍选用TI公司的TMS320F 2812，其运算速度可以保证自抗扰控制算法的实现，并有丰富的软件资源可以利用。
The nuclear part of the control circuit is to use the TMS320F2812, a kind of DSP provided by ti. Its operating speed is quick enough, and has abundant software resource to use.
文档矢量的稀疏度直接影响计算资源的开销，这里的资源包括稀疏矢量所消耗的存储资源和进行运算所耗费的时间。
Sparsity of vector impact the cost of computing resources directly, the resources here involve both system memory and time cost for computing.
文档矢量的稀疏度直接影响计算资源的开销，这里的资源包括稀疏矢量所消耗的存储资源和进行运算所耗费的时间。
Sparsity of vector impact the cost of computing resources directly, the resources here involve both system memory and time cost for computing.
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