The fitting diffreence is reduced and the precise of quantitative interpretation is improved by means of joint TF inversion with time and frequency widow data.
利用时间窗数据和频率窗数据所进行的联合时-频反演，缩小了拟合差，提高了定量解释精度。
Different total doses can be obtained through the repeated and overlapped exposure without changing every dose in the method. Also, the scanning method does not need the complex division of patterns, so the data is decreased, and the data transmission time is shorted, the total exposure time is reduced, the exposure efficiency is improved. The beam parameters need not be changed, which gets over the limit of inner frequency and provides favorable condition for curvilinear microstructure.2. The calculation method of relation between the dose and depth is proposed according to the experiential formula of resist contrast. The calculation not only reduces experimental time and measurement error, but also provides significant parameters for 3D microfabrication.3. The calculation methods of resist sensitivity and contrast are respectively proposed, which provides important parameters for EBL and calculation of relation between the dose and depth.
重复增量扫描方式无需改变曝光剂量，通过重复、重叠的多次曝光，使光刻图形不同的位置得到不同的曝光总剂量，实现对图形的三维加工；该扫描方式也无需进行复杂的图形分割，避免了图形分割带来的数据量过大的问题，降低了数据传输时间，从而可以降低曝光总时间，提高曝光效率；该扫描方式也不用在光刻过程中改变束斑参数，克服了系统内部扫描频率的限制，为通用电子束光刻系统进行曲面图形的加工提供了条件。2、根据光刻胶的反差的经验公式，提出了曝光剂量与刻蚀深度关系的计算方法，减少了实验次数和由于测量带来的误差，而且为电子束光刻的三维加工提供了重要参数。3、提出了抗蚀剂灵敏度、反差的计算方法，为电子束三维加工和曝光剂量与刻蚀深度关系的计算提供了重要参数。
In the case of a data input mode, the brightness of the backlighting is reduced.
在数据输入模式情况下，减小背面光照明的亮度。
When the basement rock also posses magnetism, joint inversion of gravity and magnetic data can be used to reveal the burial depth of sedimentary basins, which is one of the most important structure information, so nonuniqueness of inversion can be reduced.
当基底岩石同时也具有磁性，可通过重磁联合反演来揭示沉积盆地基底埋深这一重要的构造信息，尽量减少重、磁异常反演的多解性。
Time spent on data preparation is greatly reduced and the complexity of wave input operation procedure is simplified.
此输入方法极大的减少了地震波
The algorithm is efficiently length-reduced compared with the traditional ones. It uses bitwise operation and shift logical for data substitution, and generates a length-fixed MAC.
算法通过位运算和逻辑移位进行数据替换，从而得到与验证的数据长度无关的定长MAC，有效减小了MAC的数据传输量。
Considering a large part of data with length of non-2 power, three kinds of new techniques have been presented in this paper: segmented FWT, reduced FWT, and FWT using boundary wavelet design. In contrast with time-consuming standard technique, these three techniques don't require too much storage, thus efficient.
实际处理中经常遇到数据长度不等于2幂次的情况，现有小波变换算法对此通常采取零填充方式延展到2幂次长度，因此造成计算成本较高，并在填充处理时会出现虚假边界。
From the data mentioned above, it could be concluded that reduced lamillipodia, enhanced homophilic adhesion among cells and reduced cell attachment to laminin might be involved in the mechanism of inhibition of metastasis of the tumors from A1 and A2 cells.
以上结果表明，A1和A2细胞中细胞表面片状伪足的减少，细胞间粘附性的增强及细胞对基质成分laminin的黏附性下降是它们转移性下降的可能原因。
In the inversion, we combined all data sets acquired at different time by introducing the stability functional in time and space to objective function, which could greatly improve the stability and reduced the multi-solution. For the 3D inversion of direct current IP data in complex earth condition, we can say that it is a complex systemic engeering being involved to many important taches, for example, the elevation interpolation of large numbers of gridding nodes on the rolling ground, gridding divition of underground, the storage of rigid matrix elements and the solution of its equation in the forward and the precision and efficiency of forward simulation etc.
在反演过程中，引入时间和空间稳定化泛函，将不同时刻的观测数据联系起来，可极大的提高反演的分辨率和减少反演的多解性；对于复杂条件下的三维直流激电数据反演，可以说它是一个复杂的系统工程，要涉及到多个重要环节，如起伏地表大量网格节点的高程插值、地下介质的网格剖分、正演中刚度矩阵元素的存储及其方程的求解以及正演的计算精度和效率问题等。
The complexity of datapath is reduced and the efficency of the system is improved by implementing the function of edge extension outside of data path.
它具有许多优良的特性，例如便于对图像进行渐进式传输，便于对压缩图像进行操作等。
A reduced parameter model, which expresses TTD by telemetry data and system error coefficients of the guidance instruments, is established through constructing a Banach space with a special compress map on it. This model can fuse data of two measurement systems of telemetry and trajectory tracking. This model has fewer unknown parameters and higher accuracy. At the same time of calibrating TTD, it can also give high accuracy estimation of the system error of the guidance instruments. It is valuable for the accuracy projects of space tracking and controlling.
通过构造Banach空间及其上的一个特殊的压缩映象，建立了用内弹道数据和制导工具系统误差系数表示外弹道数据的节省参数模型，这种模型可融合遥、外测两种测量体制的数据，而且待估参数少，模型的精度高，在进行弹道跟踪数据校准的同时，可以给出制导系统工具误差系数的高精度估计。
The test results exhibit that if the number of data is enough the computation time can be reduced significantly. The feasibility of the approach is verified.
实验结果显示，开启双核心功能之后，若资料笔数够大，则快速傅立叶转换之计算时间可大幅缩减，以验证本方法之可行性。
A new attribute reduction algorithm based on information entropy named IEAR is put forward then, the experiment with UCI data proves that the number of attributes left after attribute reduction can be reduced effectively by IEAR.
本文在深入研究了粗集理论之后提出了一种基于最高可信度的补齐算法，并用实例证明了其有效性。
Thus power consumption of MUX trees can be reduced. For a 256-to-1 MUX tree with 128-bit width input data, the experiment results show that our proposed MUX tree design reduces about 58% power dissipation in the worst case and reduces up to 93% power dissipation in the best case.
实验结果显示，对於256选一且输入资料宽度为128位元的多工器树，我们所提出的架构，在最遭的情况下，仍比传统的多工器树减少将近58%的功率消耗而在最佳的情况下，可比传统的多工器树减少高达93%的功率消耗。
Imaging-based measurements of introversion angle, declination angle, entry point and distance of spinous process at the horizontal plane are important data for percutaneous vertebroplasty. According to pedicle shape features at different stages, included angle, puncture point, path and depth, the vertebroplasty could be performed accurately and safely with reduced damage. Moreover, reliable data are provided for the design of a three-dimensional puncture-oriented device.
提示基于影像学所测量的内倾角、下倾角度、进针点与棘突在水平面上的距离等数据是进行经皮穿刺椎体成形术操作时的重要依据，根据不同阶段椎弓根形态学特点、夹角及确定穿刺点、穿刺路径和穿刺深度可以准确、安全进行操作，减少了损伤，也为设计一种三维立体穿刺导向器提供了可靠数据。
By computing the updates of the aggregate functions with these auxiliary view or child view, we can compute the updates to the aggregate function of the view and implement the view incremental maintenance. Thus the maintainable time of updating the data warehouse can be reduced and the efficiency of the OLAP queries improved.
提出在视图表达式树中以由下到上的方式计算中间结点的变化，将计算出的中间结果作为辅助视图保存在数据仓库中，利用这些辅助视图或子视图计算出来的聚集函数的变化，来计算本视图聚集函数值的更新，实现视图的增量维护，从而缩短数据仓库更新维护时间，提高OLAP查询效率。
For the purposes of data visualisation as many things as possible are reduced to raw data that can be presented visually, sometimes in unexpected ways.
以数据可视化为目的像许多事物一样尽可能减少至原始数据可以视觉化的表现，有时是以意想不到的方式。
According to the characteristic of fault datas, numerical attribute reduction algorithms based on neighborhood rough approximation are adopted to carry out fast and highly efficient faults diagnosis by uniting rough set with Support Vector Machine. The discrete error in the classical RS is conquered, the memory space of data is curtailed, the complexity of SVM training model is reduced greatly, and the speed of training is put up.
该文根据故障数据的特点，将粗糙集理论与支持向量机相结合，采用基于邻域粗糙逼近的数值型属性约简算法进行快速高效的故障诊断，避免经典粗糙集理论中离散化误差的影响，缩减数据存储空间，降低SVM训练模型的复杂度，提高训练速度。
This thesis proposes novel prefetching mechanisms for embedded Java hardware accelerators to prefetch bytecode and array data, so that the time spent on memory stalls can be reduced.
这篇论文设计了适用於嵌入式爪哇硬体加速器中，位元码与阵列资料预先抓取的机制，以减少等待记忆体读取资料的时间。
Also by constraining data types and program control codes, errors in data declaration were greatly reduced.
透过输入资料格式规範与查核程式之侦测，资料出现谬误之比例大幅降低。