1) gender recognition
性别识别
1.
Speech gender recognition based on Gauss mixture model;
基于高斯混合模型的语音性别识别
2.
On the basis of primitive face images,the face images are preprocessed with gray stretching,gray equalizing,median filtering,image sharpness and image transforms,while the character values of face images are abstracted through the correction dimension algorithm in fractals and the gender recognition models are made with the BP network.
以原始人脸图像为基础,用灰度拉伸、灰度均衡、中值滤波、图像锐化和图像变换等多种处理方法对人脸图像进行预处理,用分形几何的关联维方法提取人脸图像的特征值,并通过BP网络建立性别识别模型。
3.
Gender recognition of person name can be used in natural language processing and information retrieval.
人名性别识别能应用在自然语言处理和信息检索中。
2) gender identification
性别识别
1.
Speech recognition based on CHMM classified by gender identification;
基于性别识别的分类CHMM语音识别
2.
A realtime speaker gender identification system based on TMS320VC5416DSP is presented.
介绍了利用TM S320VC 5416 DSP实现实时说话人性别识别系统。
3.
There are many methods for gender identification,including GMM and VQ.
进行男女生识别的方法有很多种,如GMM,VQ等,该文提出了基于HMM进行说话人性别识别的方法,该方法通过计算语音信号的Mel频率倒谱系数(MFCC)并使用隐马尔可夫模型(HMM)进行性别识别。
3) lithologic identification
岩性识别
1.
A lithologic identification method of igneous rocks and its application:a case of the igneous reservoir in Block Zao-35;
火成岩岩性识别方法及其应用研究——以大港枣园油田枣35块火成岩油藏为例
2.
Aiming at the fuzzy character that exists in complex lithologic identification,the problems of lithologic identification are researched by cross plot and fuzzy clustering algorithm.
针对复杂岩性识别中存在的模糊性,应用交会图和模糊聚类方法对复杂岩性储层的岩性识别问题进行了研究。
3.
Because the effect of lithology is far in excess of fluid,lithologic identification is espe- cially important in the area.
徐深气田储层主要以火山岩为主,而火山岩储层岩性复杂多变,其岩性的影响远远超过流体的影响,因此岩性识别对该地区显得尤为重要。
4) lithological discrimination
岩性识别
1.
On the basis of analyzing the speciality of the limestone reservoir which is micrite muscovite quality, the lithological discrimination method and reservoir dividing standards of it are established with combination of oil well and core a-nalysis data.
本文在对泥晶白云质灰岩储层的特殊性进行分析的基础上,结合测井和岩心分析资料,建立了泥晶白云质灰岩储层岩性识别方法和储层划分标准,并结合试油资料,总结了该类储层流体性质的识别方法和解释标准,在实际生产应用中取得了较好的效果。
2.
This system, which is developed on the basis of FORWARD platform and can be run in Sun workstation and microcomputers, is made up of the 3D horizontal well description and reservoir spread subsystem, the environmental correction subsystem lithological discrimination subsystem and interpretation subsystem.
本系统由水平井三维描述及油藏展布子系统、水平井环境校正子系统、水平井岩性识别子系统、水平井解释子系统构成,基于FORWARD平台开发并能在Sun工作站和微机上运行,使用Visual C++/Matlabe/Fortran为编程工具混编而成,较为先进的人机交互式界面系统,将上述子系统融为一体,突出了本系统界面友好、自动化程度高、可用性强的特点。
3.
Based on it,this paper introduces the evaluation research and applications from lithological discrimination,reservoir identification and reservoir parameter determination.
在此基础上,本文从火山岩岩性识别、储层识别、储层参数确定等方面开展了测井评价研究与应用,总结出适合地区特点、可操作性强的火山岩储层测井评价方法,效果显著。
5) chiral discrimination
手性识别
1.
Mass spectrometric (MS) technique, including chemical ionization (CI), fast atom bombardment (FAB), and eletrospray ionization (ESI) has been applied to chiral discrimination and analysis.
介绍了质谱技术,包括传统的化学电离质谱 (CI MS)以及快原子轰击质谱 (FAB MS)、电喷雾质谱(ESI MS)等软电离质谱技术在手性识别和分析方面的研究进展,对质谱技术研究手性识别的原理、方法、特点、局限性及有待进一步发展的方向进行了总结,引用文献 35篇。
2.
In these modelings, the intermolecular interactions between chiral selector and enantiomers were calculated with quantum mechanics, molecular mechanics and molecular dynamics and the various molecular modelings have been established by X ray crystallography, nuclear magnetic resonance and computer simulation in order to study chiral discrimination mechanism in the process of separation of.
介绍了近十几年来在色谱手性识别机理研究中的分子模型。
3.
Chiral discriminations of N-[4-(1-pyrene)butyroyl]-D,L-phenylalanine (PPs) and dansyl-D,L-phenylalanine (DPs) by 2,2 -ditellurobis(2-deoxy-β-cyclodextrin) (2-TeCD) have been investigated using UV-Vis and fluorescence titration spectroscopy as well as molecular modeling simulation.
利用紫外-可见(UV-vis)吸收光谱、荧光发射光谱、非线性最小二乘法拟合和分子模型模拟,对2- TeCD与PPs和DPs的手性识别及机理进行了系统的研究。
6) lithologic recognition
岩性识别
1.
The study has been carried out for application of BP neural networks technique to lithologic recognition in logging interpretation of volcanic rocks in view of the speciality of volcanic reservoir (complexity.
针对火山岩储层的特殊性(复杂性、离散性和随机性),应用BP神经网络技术对火山岩测井解释中岩性识别问题进行了研究。
2.
By applying the algorithms to some examples and practical lithologic recognition, the results show that the algorithms are effective.
针对ＢＰ网络存在易陷入局部极小和收敛速度慢的问题，本文根据遗传算法的特长，在网络学习算法中使用遗传算法，克服了上述弊端，在岩性识别的样本学习中，取得了较好的结果。
补充资料：奥运会性别检测
奥运会性别检测
奥运会性别检测竞技运动，尤其是体能类运目，在一定程度上是运动员的肌肉力量和耐力赛，男性占有一定的优势。历史上就出现过一些运动员外表的男性参加女子项目比赛的事情。如的沃尔什(Stella Walsh)以斯坦尼斯拉娃·瓦拉谢(Stanislawa Walasiewiez)为名，曾获1932年洛杉运会女子百米冠军和1936年柏林奥运会女子百军。1980年在其去世后进行尸体解剖时，发现她项比女兰奇奥亚男J咐月八，﹂﹃书.石义压比几︸卜卜以一，J性外生殖器及含混的染色体。 1938年创造女子跳高世界纪录的德国选手韦延(Dora Ratjen)也不是真正的女运动员。1968年尧届冬奥会和第19届夏奥会后，国际奥委会要求妻女子项目或性别混合项目的所有女运动员进行性另测。检测的目的是为了消除竞赛中的欺骗，维护梦会女子比赛的公平性。 1972年慕尼黑奥运会共进行960例女性检测，女运动员总数的82%;1992年巴塞罗那奥运会岌了2406例检测，占女运动员总数的80%。慕尼男运会采用头发根检测技术。为了提高检测的准确1976年蒙特利尔奥运会采用口腔涂抹技术。199二阿尔贝维尔冬奥会开始使用更为完善的分析口腔到的遗传生物化学技术，使测试的可靠性接近100检查的结果一般是保密的。特ro加检运占行奥氏年胞，oo
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条