Paper Publications

• [76]  周风余 , 张伟  and 周风余. Real-time Action Recognition based on a Modified Deep Belief Network Model.  2014. 
• [77]  陈竹敏 , Yan Li , 周风余  and 周风余. A Novel Mittag-Leffler Kernel Based Hybrid Fault Diagnosis Method for Wheeled Robot Driving System.  Computational Intelligence and Neuroscience,  2015. 
• [78]  周风余  and 周风余. Design, Implementation and Application of Real-time Obstacle Avoidance Method for Ward Inspection Robot in Hospital.  ICIC Express Letters, part B: Applications,  2015. 
• [79]  杨阳 , 周风余  and 周风余. 基于多硬件编码器协同的高效红外视频编码.  山东大学学报(工学版),  2015. 
• [80]  陈竹敏 , 周风余  and 周风余. 多 PCA 模型及 SVM-DS 融合决策的服务机器人故障诊断.  振动.测试与诊断,  2015. 
• [81]  Yan Li , 周风余  and 周风余. Design, implementation and application of distributed order PI control.  ISA Transactions,  52,  429, 2013. 
• [82]  Yan Li , 周风余 , 吴皓 , Tian Guohui  and 吴皓. Spatial semantic hybrid map building and application of mobile service robot.  Robotics and Autonomous Systems,  62,  923, 2014. 
• [83]  周风余 , Yan Li , Tian Guohui  and Tian Guohui. A Frequency Analysis of Time Delayed Iterative Learning Control System.  2013. 
• [84]  Yan Li , Tian Guohui , 周风余  and Tian Guohui. The Robust Iterative Learning Control of Networked Control Systems with Varying References.  2013. 
• [85]  Tian Guohui , 周风余  and 周风余. 助老助残服务机器人机载计算机软件系统设计及实现.  山东大学学报（工学版）,  41,  32, 2011. 
• [86]  Yan Li , 周风余  and 周风余. An Implementation of Distributed Order PI Controller and Its Applications to the Wheeled Service Robot.  2012. 
• [87]  周风余  and 周风余. 基于ADRC的船舶航向控制器设计与仿真研究.  山东大学学报（工学版）,  39,  57, 2009. 
• [88]  Tian Guohui , 杨阳 , 周风余  and 周风余. Design and Implementation of Low-cost Service Robot Mobile Platform for Intelligent Space.  0,  49, 2010. 
• [89]  周风余  and 周风余. Nonlinear Active Disturbance Rejection Controller Research of Autopilot for Ship Course Tracking.  20th Chinese Control and Decision Conference,  2008. 
• [90]  周风余  and 周风余. Research on Autonomous Negotiation Action Planning for 110kV Power Transmission Line Inspection Robot.  7th World Congress on Intelligent Control and,  2008.