贾鹏祥,yangjianhua,liuhouguang,胡而已.Improving amplitude-modulated signals by re-scaled and twice sampling vibrational resonance methods,2018,v 91,n 3,

张景玲,yangjianhua,liuhouguang,周登极.Improved SNR to detect the unknown characteristic frequency by SR,2018,v 12,n 6,p795-801

yangjianhua,黄大文,Miguel A F Sanjuan,liuhouguang.Vibrational resonance in an overdamped system with a fractional-order potential nonlinearity,2018,28;7;1850082

张景玲,yangjianhua,Chaoquan Tang,黄大文,liuhouguang.基于周期势系统随机共振的轴承故障诊断,2018,2018年08期:989-995,7

黄大文,yangjianhua,张景玲,liuhouguang.An improved adaptive stochastic resonance method for improving efficiency of bearing faults diagnosis,2018,232;13;2352-2368

yangjianhua,黄大文,Sanjuan, Miguel A. F.,liuhouguang.Vibrational Resonance in an Overdamped System with a Fractional Order Potential Nonlinearity,2018,v 28,n 7,

黄大文,yangjianhua,张景玲,liuhouguang.An improved adaptive stochastic resonance with general scale transformation to extract high-frequency characteristics in strong noise,2018,32;15;1850185

yangjianhua,liuhouguang.机械类本科生《控制工程基础》课程中美教学情况对比及启示——以中国矿业大学和密歇根大学(安娜堡)为例,2018,2018年25期:38-40,3

yangjianhua,liuhouguang.机械类本科生《控制工程基础》课程中美教学情况对比及启示,2018,2018;25;38-40

yangjianhua,马强,吴呈锦,liuhouguang.分数阶双稳系统中的非周期振动共振,2018,2018年05期:164-177,14