存储量

The selling point of this product is its large memory .

这种产品的最大的卖点是存储量大。

With integrated circuits, hundreds of electrical components could be included on one silicon chip less than one-eighth-inch square.

由于采用集成电路，成百上千的电子元件可以集中在一个面积不到1/8平方英寸的硅片上，计算机的体积更小，存储量更大了。

In addition, the new compression method is simple, and the memory requirement in the operation process is lower, and it is fit for parallel optimizing progress. The compression speed can be advanced by using DSP, and it also can be implement image real time compression with little information loses.

另外，该压缩方法运算过程中所需存储量小和算法简单的特点，适宜硬件实现，而且便于并行处理，如果用数字信号处理器实现压缩算法，可进一步提高压缩速度，实现用于图像数据在高保真情况下的实时压缩。

Thedissertation discusses in detail on the implementation of the algorithm, and applies it toanalyze the scattering from the conductor objects, dielectric objects, and microstrip patchantenna. The solenoidal basis functions are adopted in the scattering analysis of dielectricobjects, which lead to a less number of unknowns for the same mesh as in the traditionalSchaubert-Wilton-Glisson basis functions.

第三种快速方法是多层快速多极子加速电磁分析算法，它应用在时谐电磁场问题时将存储量及计算复杂度都降低到O，并且适用于任意形状的网格离散，具有很强的灵活性，文中将这一加速算法应用到金属体、介质体、以及无限大底板的微带结构的电磁散射特性分析中。

Thanks to the spectral accuracy inboth space and time of the proposed method, the storage requirement due to the "globaltime dependence" can be considerably relaxed, and therefore calculation of the long-time solution becomes possible.

归功于该方法在时间和空间方向上所具有的谱精度，我们能够有效地减少由全局时间依赖性所引起的对存储量的要求，从而可以计算长时间的解。

In this paper, a fast algorithm for image interpolation based on the tensor product of matrices is presented, which transforms the vector interpolation model to matrix form.

这个矩阵需要很大的存储量和计算量。本文利用矩阵的张量积将原有的矢量插值模型转化成矩阵插值模型。

This paper discussed an important step in volume rendering—— shading , using a fast algorithm based on a unit sphere segmentation.

针对体绘制的一个重要环节——明暗度的处理，提出了一种基于球面三角化的快速算法，其速度较传统的明暗度处理方法快近 2倍，同时大大节省了中间数据的存储量，有利于在微机上实现。

For a long time, it is a considerable, frequent and tiresome social activity to charge the consumers of public traffic service industry. It brings much incontinence for the consumers and this industry. The development and application of Information Card brings convenience for society existence. But, present Contact IC is lack of memory, security and duration. It is not suitable for the circumstance where the flow of bus-takers is. It's not easy to insert or take it out, and the read-and-write unit is weak. Radio Frequency Card is avoid above-mentioned shortcomings, so it has a bright future in the public traffic field and other service industries which inquire identification.

长期以来，公共交通服务行业的收费是一件最大量、最频繁、最琐碎的社会交往，给行业也给消费者带来诸多的问题，信息卡的开发应用给社会生活带来很多便利，目前，磁卡信息存储量少，保密性差，易损坏；IC卡在公交这样人员流动多，要求收费迅速且环境差的场合，这类卡的插入与取出就显得不方便，且读写器易损易脏，卡上的IC片也易损坏，射频卡克服了上述不足，因此在类似于公交系统这样的服务行业以及许多需要身份识别的场合，将有广阔的前景。

After the dormitory management system of old manual record developing, dormitory management of information which has been availabled for school will take on a new look, ie transforming the type of manual work into the type of computer, transforming low efficiency, abundancy data and apt to mistakes into quick retrieval, convenient search, high reliability and large storage.

旧的手工纪录的宿舍管理方式已经不能适应高速发展的信息化时代，新的宿舍管理系统开发出来之后，学校的现有的宿舍信息管理将有很大的改观，由过去的人工方式转变为计算机方式，由效率低、数据冗余、易产生错误转变为检索迅速、查找方便、可靠性高、存储量大。

That is distilling one's character. Using VQ not only can avoid difficult speech subsection and time warping, but also it can reduce data store as a constringent method.

采用矢量量化可避免困难的语音分段问题和时间归整问题，且作为一种数据压缩手段可大大减少系统所需的数据存储量。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。