1.
Research on the Method of Coal_Rock Interface Recognition Based on Genetic Neural Network;
基于遗传神经网络的煤岩界面识别方法的研究
2.
Coal-rock interface recognition based on multiwavelet packet energy
多小波包频带能量的煤岩界面识别方法
3.
Study on the Theory and Method of Coal-Rock Interface Recognition Based on Multi-sensor Data Fusion Technique;
基于多传感器数据融合技术的煤岩界面识别的理论与方法研究
4.
IDENTIFICATION OF SEQUENCE BOUNDARIES AND ESTABLISHMENT OF SEQUENCE STRATIGRAPHIC FRAMEWORK IN THE CRETACEOUS NANTUN FORMATION IN THE NORTHERN BEIXI SLOPE AREA OF THE HAILAER BASIN
海拉尔盆地贝西斜坡北部白垩系南屯组层序界面识别与地层格架研究
5.
Sequence Boundaries of the Lower Cretaceous, Southern Junggar Basin
准噶尔盆地南缘下白垩统层序界面的识别
6.
Material Parameter Identification of Two-dimensional Orthotropic Bodies by the Boundary Element Method;
平面正交各向异性体材料参数识别的边界元法
7.
Research on Usability Design and Recognition of Gesture in Pen-based User Interface;
笔式用户界面中手势的可用性设计和识别研究
8.
Information Processing-oriented Analysis on Preposition Phrase "Wang+X" and Automatic Identification in Computer
面向信息处理的介词短语“往+X”的边界识别研究
9.
The Research of Web Visual Indentity System Design in Theory
网络界面视觉识别系统设计(WVIS)理论研究报告
10.
Comprehensive Parameters of the Velocity of Seismic P-wave and S-wave to Identify Sequence Boundaries
应用地震纵横波速综合参数识别层序地层界面
11.
Identify original oil-water interface by 3D seismic attributes in Chunguang Oilfield
应用三维地震属性识别春光油田原始油水界面
12.
Application of Feature Vector Extraction Based on Local Wave Approach to Recognition of Coal-rock Interface
用局域波法提取特征向量识别煤岩界面
13.
bounded context recognizer
限界上下文识别算法
14.
Enter the sample identification using a keyboard or bar code reader for increased user-friendliness.
通过键盘或条形码扫描器输入样品识别码,用户界面更加友好。
15.
Research on Computer-Vision Based Motion Recognition Hidden Human-Computer Interface
基于计算机视觉的动作识别对人机界面消隐的研究
16.
APPLY HIGH-PRECISION 3D SEISMIC ATTRIBUTE TO IDENTIFYING OIL-WATER INTERFACE OF SHALLOW AND THIN OIL RESERVOIR
高精度三维地震属性识别浅层稀油油藏油水界面
17.
Identification of Interface Residues Involved in Protein-protein Interactions Using Nave Bayes Classifier
基于朴素贝叶斯分类器的蛋白质界面残基识别(英文)
18.
Using short, easily recognized words facilitates navigation with minimal conscious reading.
采用短且易于识别的文字,才能让用户用最少的有意识阅读在界面中导航。