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5篇 您的检索式：作者名="Lv Haibing"

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		题名	作者	年代	出处	被引量
	1	Novel pathways for the preparation of silica antireflective films: Improvement in mechanical property显示文摘	Fangting Chi Lianghong Yan Haibing Lv Bo Jiang	2011	Materials Letters2011，，7：	2
	2	Comparisons of space-vector modulation and carrier-based modulation of multilevel inverter显示文摘	Yao Wenxi Hu Haibing Lv Zhengyu	2008	IEEE Transactions on Power Electron2008，23，1：	1
	3	Hydro-oleophobic silica antireflective films with high laser-damage threshold显示文摘	Lianghong Yan Haibing Lv Chengcheng Wang Xiaodong Yuan	2010	Optics and Laser Technology2010，，1：	1
	4	CO 2 laser scan- ning repair fused silica surface defects显示文摘	Jiang Yong He Shaobo Yuan Xiaodong Wang Haijun Li- ao Wei Lv Haibing Liu Chunming Xiang Xia Qiu Rong Yang Yongjia Zheng Wanguo the experimental researches and numerical simulations of Zu Xiaotao	2014	Journal of phys- ics2014，，06：	1
	5	Novel Real-Time System for Traffic Flow Classification and Prediction显示文摘Traffic flow prediction has been applied into many wireless communication applications(e.g., smart city, Internet of Things). With the development of wireless communication technologies and artificial intelligence, how to design a system for real-time traffic flow prediction and receive high accuracy of prediction are urgent problems for both researchers and equipment suppliers. This paper presents a novel real-time system for traffic flow prediction. Different from the single algorithm for traffic flow prediction, our novel system firstly utilizes dynamic time wrapping to judge whether traffic flow data has regularity,realizing traffic flow data classification. After traffic flow data classification, we respectively make use of XGBoost and wavelet transform-echo state network to predict traffic flow data according to their regularity. Moreover, in order to realize real-time classification and prediction, we apply Spark/Hadoop computing platform to process large amounts of traffic data. Numerical results show that the proposed novel system has better performance and higher accuracy than other schemes.	YE Dezhong LV Haibing GAO Yun BAO Qiuxia CHEN Mingzi	2019	ZTE Communications2019，17，2：	0

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