可挖掘的

The performance of backhoe loader can reach the advanced international level.

反铲挖掘装置作业性能也可达到同类产品的国际先进水平。

Synopsis: To penetrate the continuous development of environment and population during the art teaching, art teachers should not only study thoroughly and tap fully the visible combination point of the EPD education in the teaching material, but also pay close attention to the recessive catenation point of the positive emotion in order to make the students practice the cooperation and innovation, feel the beauty, so as to merge the art teaching and the educational ideology continuous development, then to accelerate the students' all-around, healthy, harmonious and continuous developing.

内容提要：在美术教学活动中渗透环境的可持续发展与人口的可持续发展教育，美术教师不仅要深入研究、充分挖掘教材中EPD教育有形的"结合点"，而且要紧抓积极的情感体验这个隐性的"链接点"，让学生体验合作、体验美、体验创新，使美术教学与可持续发展教育浑然一体、情景交融，进而促进学生全面、健康、和谐、持续发展。

Aim of the article was to provide a new approach of the fingerprint diagram research for TCM by means of spectrometry, which was capable of indicating the character of TCM. For the purpose of getting indication of NIRDRS convolution fingerprint diagram, the visualization technology was adopted to display the information which have been processed by convolution transform, then color-coded image was displayed in computer and the similarity coefficient was worked out between the fingerprint diagrams by cosine formula. Part one Theory and system design The spectrometry (UV/Vis, NIR, IR) is disadvantageous in the fingerprint analysis of complex systems both its difficulty of specificity and the similarity of TCM.

本文的研究目标是采用光谱手段，建立能够标示中药特性的指纹图谱技术，为中药指纹图谱研究提供新的思路和方法：通过采集中药的光谱信号，结合有"数学显微镜"美誉的小波变换技术，对光谱信号进行数据挖掘，捕捉和研究物质对光吸收特性的变化，大幅度增加可供利用的信息；同时运用科学计算可视化手段及伪彩色图像处理技术，得到基于虚拟直观计算机图像信息的中药光谱指纹图谱，并将该指纹图谱应用于药物的鉴别分析。

So the knowledge in global knowledge base and local knowledge base can be updated efficiently.

该算法的特点是可同时挖掘出全局频繁项集和局部频繁项集，从而可更新网络主管理者的全局知识库和网络分管理者的局部知识库，并通过数值试验证明了算法的有效性。

Based on the algorithm research, we design and implement a clustering miningprototype VisMMC based on parallel coordinates visualization technology.

在理论研究的基础上，我们结合平行坐标可视化技术设计并实现了一个可视化聚类挖掘原型系统，该系统提供友好的图形用户界面和开放的编程接口。

The system consists of two modules: visual clustering analysis and visual data classifying, with respect to clustering algorithms and classifying algorithms, in which the visual technology of parallel coordinates is combined to obtain better visual data mining effects.

将聚类算法和分类算法与平行坐标的可视化技术结合起来，达到更好的可视化数据挖掘效果。

A replaceable excavating tooth point (12) is telescoped onto an adapter nose (24) and releasably retained thereon by an elongated, flat connector member (60) having an untapered side periphery.

可更换挖掘齿尖头(12)套到适配器鼻部(24)上并且由具有无变细的侧圆周的细长扁平连接器构件(60)可松开地夹持到其上。

According to the common process of software metric,a research on software reliability metric which is based on the real defect is made firstly.Then the quantitative defect statistic method is applied which is based on ODC.This method can describe the information of defect well and can be used for process improvement.At last, the qualitative method of defect analysis is showed,which can dredge up underlying information.

首先将缺陷度量方法按照软件度量的一般方法进行研究和探讨；其次，以正交缺陷为基础，提出了定量的缺陷统计方法，这种方法能够更好地描述缺陷的性质，对相关信息可进行分类统计、分析，为过程改进提供依据；最后，提出了一些定性的缺陷分析方法，可充分挖掘缺陷的潜在信息。

This paper discusses the potential of utilizing solar energy technology from several ways:site choosing,sunshine distance,facing,weather characteristics,plane function layout,material and policy,etc.and provides beneficial conditions for making further use of passive solar energy technology in rural residence of severe natural environment.

面对这一问题，我国农业部在&十五&期间实施的&生态家园富民计划&，就是从农民最基本的生产和生活单元内部，挖掘潜力，以可再生能源的科学利用为切入点，引导农民改变落后的生产生活方式，达到增加收入、保护生态环境，实现可持续发展的目标。

Through all modules gather and analyze data cooperatively, the problem of false negatives can be solved ultimately; In the condition of 1000M flux, through data processing adopt side-by-side and more thread groups, the problem of false positives can be solved ultimately; On the basis of those, the problem of intelligentized response can be solved through responding together to interdict reasonable; At last the problem of lacking ability of between person and machine each other can be solved through all parts can be managed on the same system by graphical interfaces. It incarnates detection、recovery、harmony、manage and so on, which incarnates videotext, controllable and administrable through art conformity.

通过各模块之间的协同数据采集，数据关联分析，基本上解决了误报的问题；而数据的处理上采用并行多线程的技术，在千兆网络环境下，也基本解决了漏报的问题；并且在解决误报、漏报问题的基础上，通过响应协同（入侵检测与防火墙和交换机之间的协同响应）进行合理阻断，在一定程度上解决了响应智能化的问题；最后通过各模块统一平台的管理，采用图形化的方式，解决了人机之间交互的问题，体现在检测、防御、协调、管理等各个方面，并通过技术整合，实现：&可视+可控+可管&，深入挖掘不同安全产品的内在相关性，加强安全产品之间的优势互补，提高安全产品协同作战能力。

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。