迅速处理

In recent years, image processing and recognition technology has been rapid development.

近年来，图像处理与识别技术得到了迅速的发展。

Nowadays, with the rapid development of cities and industries, human activities take on the characteristics of expansibility and instantaneousness, which produce much information data correspondently. The former information treatment methods in the field of soil, engineering can"t meet the users" demand on exactness and alternation. So the visual evaluation of liquefaction information system becomes the urgent task in soil engineering.

当今，随着城市化和工业化的加快，人类活动呈现出空间扩展性和时间瞬时性的特点，相应产生了大量的信息数据，原有的岩土工程信息处理方法已不能完全满足用户对信息的准确、直观、迅速、可交互等多样性需求，因此地震砂土液化的可视化评价信息系统是岩土工程界迫切需要解决的课题。

In addition, steam piping and steam transmission equipment used to steam temperature warming in the process from the initial cryogenic condensation water to rapidly discharge equipment in a short period of time to achieve normal operation, it is important to increase productivity, particularly intermittent production occasions, as a shortened pre - thermal time, it shortened the period of time, the increase in the number of treatment and eventually increase production.

此外，在蒸汽输送管路和蒸汽使用设备升温达到蒸汽温度的过程中，所产生的初期低温凝结水也要迅速排出，使设备在短时间内实现正常运转，这是提高生产效率的重要条件，特别是间歇生产的场合，由于缩短了预热时间，也就缩短了每次的作业时间，由于增加了处理次数，最终可增加产量。

In addition, transmission lines and steam in the steam using equipment to steam temperature heating process, the condensate produced by the initial low temperature and quickly discharged to the normal operation of equipment in the short period of time, this is an important condition for improving production efficiency, in particular, intermittent FORGED STEEL VALVES production of the occasion, because shortened warm-up time, thus shortening the time each operation, the addition of the processing times, ultimately, increased productivity.

此外，在蒸汽输送管路和蒸汽使用设备升温达到蒸汽温度的过程中，所产生的初期低温凝结水也要迅速排出，使设备在短时间内实现正常运转，这是提高生产效率的重要条件，特别是间歇生产的场合，由于缩短了预热时间，也就缩短了每次的作业时间，由于增加了处理次数，最终可增加产量。

In this paper, the tracing and the calculation method of the point of intersection of isopleth and net line are developed.

本文讨论了等值线与网格线交点的追踪和计算方法。用此方法画出等值线图，处理方便，迅速，准确，占用内存少

Confidently and knowledgeably handle customer complaints while maintaining composure, and take all possible actions to resolve issues to the customers' full satisfaction without compromising DHL's position by over-committing to customers.

面临客户投诉时保持镇静，运用相关知识，以专业的风范、自信地处理客户投诉。在不违背DHL条款及过分承诺客户的前提下，采取积极的态度，提供主动行动以利于问题的迅速解决。

Using two channel tree-structured filter banks, an image can be decomposed into a pyramid structure, with various band information: such as low-low frequency band, low-high frequency band, high-high frequency band etc.

小波分析是一种时间-尺度分析方法，可被看作傅立叶变换之后又一里程碑式的发展，是近年来迅速发展起来的新兴学科，小波变换应用于图像处理的基本思想就是把图像进行多尺度、空间-频率分解。

The invention discloses a method for measuring seawater chemical oxygen demand by photometry, wherein the seawater exemplar is first pre-processed, then using the basic potassium hypermanganate as reaction system, the potassium permanganate is deacidized quantitatively by organics to produce manganate, using pure water or margin solution as reference ratio, measuring the absorbance an of the manganate at its maximum absorbing wave length 430 nm, drafting the A-COD value operating curve, obtaining the concentration of the organics in the water, i.e.

本发明公开了一种对海水化学需氧量进行测定的光度测定法，该方法首先将海水样品进行预处理，再以碱性高锰酸钾为反应体系，这样海水中的有机物在强碱性介质中与过量的高锰酸钾迅速反应，高锰酸钾被有机物定量还原后生成锰酸盐，以纯水或空白溶液作参比，在锰酸盐的最大吸收波长430nm处测其吸光度A，该吸光度A与海水样品中的有机物的含量具有正相关关系。

It is powerful for multicollinearity,particularly when the number of predictor variables is large and the sample size is small,and provides a novel and efficient algorithm for pattern recognition.

1概述模式识别是智能信息处理中的一个重要学科领域，不是一门简单的分类学，而是包括对系统的描述、理解与综合，它要通过大量信息对复杂过程进行学习、判断和规律的寻找。它所研究的理论和方法在很多科学和技术领域中得到了广泛的重视，推动了人工智能系统的迅速发展[1-2]。在大

As an information carrier, photon possesses higher information capacity and noiseproof feature than electron during the information process of high speed and capacity.

在高速、大容量信息处理过程中，光子作为信息的载体要比电子具有更高的信息容量和抗外界干扰的能力，因而光子技术和光子学材料得到了极为迅速的发展。

This paper discusses design and realizable methods of remote test output interface from logical design angle.

本文从逻辑设计的角度讨论遥测输出接口的设计及实现方法。

This also 星体投射plies to buildings, structures and geological features.

这也适用于建筑物和地质特征。