题目： Complex systems and emergence: How theory meets reality
报告人： Prof. Jianbo Gao
时间： 2014年04月09日，星期三， 3:00 pm
地点： 院南高厅
报告内容与报告人简历详见下文,期待着您的积极参与和支持！
学术论坛需要大家的关心和支持！欢迎各位老师将您自己的学术成果与教学科研经验在本论坛上与大家一同分享！也欢迎您邀请国内外专家学者及各界成功人士通过本论坛与我司师生进行广泛交流。
感谢您的关注！
************************请硕导、博导提醒您的研究生：*******************
据院有关规定：
博士、硕士研究生1个学分的必修课《学科研究动态》与院学术平台合并进行，必须听满10次并上交听课报告。博士研究生在申请答辩之前须主讲一次。另外，您的博士生开题报告会也可在本论坛上举行。
-----------------------------------------------------------
报告: Complex systems and emergence: How theory meets reality 报告人： Prof. Jianbo Gao
Emergent behaviors of complex systems have fascinated mankind for aeons. It is only in recent decades that extensive efforts have been made to quantitatively study them, resulting in important theories and tools such as chaos theory, random fractal theory, and multiscale analyses. This talk aims to convey the best practices in this vast field, emphasizing theory meets reality. As illustrative examples, cyber-security, brainwave signals, cable flaw diagnosis, image processing, financial crises, and world-wide political conflicts will be briefly discussed. Versatility of an adaptive algorithm for detrending, denoising, multiscale decomposition, and multifractal analysis will also be shown through examples.
Bio. Jianbo Gao received M.S. from Institute of Mechanics, Chinese Academy of Science, in 1991, and Ph.D in Electrical Engineering of UCLA in 2000. In 2002, he joined Electrical and Computer Engineering at Univ of Florid as an assistant Prof. Currently, he is Research full Professor in the Department of Mechanical and Materials Engineering at Wright State University, and founder of PMB Intelligence, a data analysis company based in Bay area, CA, specializing in sophisticated physical, mathematical, and bioengineering techniques to solve data-driven real-world problems. He is a leading expert on multiscale analysis and nonlinear time series analysis. His book, Multiscale Analysis of Complex Time Series: Integration of Chaos and Random Fractal Theory, and Beyond, is the first and highly praised book in the field. From 2004 to 2006 he was associate editor of IEEE Transactions on Biomedical Engineering and Signal Processing.
