U.S.-Australia Cooperative Research: Chaos Synchronization and Nonlinear Observer Design

9987317蒋要理解混沌现象并控制混沌，需要来自数学、物理、工程和生物医学等领域的研究人员的共同努力。引导或排序混沌的新工具对于电力工业、化学反应、电气和电子工程、生物系统（例如，控制人类大脑和心脏的混沌，以及感知过程）中出现的许多重要应用问题将非常有用。我们在控制理论和应用方面的经验将有助于实现本项目在混沌同步和非线性观测器设计方面的目标。双方将在许多共同关心的问题上密切合作，并开发系统的混沌预测和同步方法。我们将通过实际应用验证我们的结果，以确保通信问题的安全。澳大利亚的同行是墨尔本大学电气与电子工程系教授兼系主任艾文·马瑞尔斯。

9987317JiangUnderstanding chaotic phenomena and controlling chaos to our advantage requires a combined effort of researchers from the fields of mathematics, physics, engineering and biomedical science. New tools for guiding or ordering chaos will be extremely useful for many important application problems arising from the power industry, chemical reactions, electrical and electronic engineering, biological systems (for example, controlling chaos in the human brain and heart, and perceptual processes). Our experience in control theory and applications will be valuable for realising the objectives of this project on chaos synchronization and nonlinear observer design. Both sides will work closely on many topics of common concern and develop systematic methods of chaos prediction and synchronization. We will validate our results via practical applications to secure communication problems. The Australian counterpart is Iven Mareels, Professor and Head of the Department of Electrical and Electronic Engineering, Melbourne University.