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有机发光晶体管（OLETs）是一种结合了有机场效应晶体管（OFETs）的开关功能和有机发光二极管（OLEDs）的发光功能的新型有机光电器件。因其具有简单的制造流程、高的电流密度和集成度，在下一代显示技术、多功能器件和有机电泵浦激光器等领域具有潜在的应用价值。与目前主流的有源矩阵有机发光二极管（AMOLED）屏幕相比，基于OLETs的显示器有望降低制造成本、提高集成度和改善面板性能，进一步简化AMO...
EVALUATION OF RGB-BASED VEGETATION INDICES FROM UAV IMAGERY TO ESTIMATE FORAGE YIELD IN GRASSLAND
RGB vegetation indices unmanned aerial vehicle biomass yield grassland pasture
2018/5/15
Monitoring forage yield throughout the growing season is of key importance to support management decisions on grasslands/pastures. Especially on intensely managed grasslands, where nitrogen fertilizer...
基于混合卷积自编码极限学习机的RGB-D物体识别
极限学习机 卷积神经网络 自编码极限学习机 物体识别
2018/3/7
有效学习丰富的表征信息在RGB-D目标识别任务中至关重要，是实现高泛化性能的关键。针对卷积神经网络训练时间长的问题，提出了一种混合卷积自编码极限学习机（HCAE-ELM）结构，包括卷积神经网络（CNN）和自编码极限学习机（AE-ELM），该结构合并了CNN的有效性和AE-ELM快速性的优点。它使用卷积层和池化层分别从RGB和深度图来有效提取低阶特征，然后在共享层合并两种模型特征，输入到自编码极限学...
Characteristics of convection and overshooting in RGB and AGB stars
RGB and AGB stars: convection of stars: turbulent convection model: con-vective overshooting
2011/9/28
Based on the turbulent convection model (TCM) of Li & Yang (2007), we have studied the characteristics of turbulent convection in the envelopes of 2 and 5M stars at the RGB and AGB phases. The TCM has...
RGB混频显示技术及其在河道识别中的应用
小波分频 RGB混频显示 河道识别 储层预测
2012/4/1
目前谱分解技术已经成为地震储层预测的一种常规技术手段。分频成果显示方面,由于其特殊的显示效果,RGB颜色混合技术也越来越受到关注。介绍了RGB分频混合显示技术在某三维工区河道识别中的应用。首先进行小波分频处理,然后将频带上互不重叠的三个分频能量属性体进行RGB颜色混合,在混频体上实现对目标体的刻画和研究。应用效果表明,利用RGB混频显示技术可以大大提升分频成果对河道的分辨能力,其结果明显优于单个分...
A Chemical Abundance Study of three RHB and two RGB stars in NGC 6637 (M69)
Chemical two RGB stars three RHB NGC 6637
2009/7/1
A Chemical Abundance Study of three RHB and two RGB stars in NGC 6637 (M69)。
Positions, spectral identifications, and near infrared photometry for a complete sample of RGB and AGB stars on the galactic plane towards Carina
spectral identifications Carina infrared photometry
2009/6/30
Positions, spectral identifications, and near infrared photometry for a complete sample of RGB and AGB stars on the galactic plane towards Carina。