This conference, sponsored and organized by the College of Engineering of the University of Hawai’i at Manoa, intends to report on advances in dynamic games, optimal guidance and control and their applications in dynamical and autonomous systems. Over the last decade the proposed areas of the conference have emerged as one of the important research fields in both theoretical and practical aspects. The recent research and publications in the conference areas have raised many research questions which can be addressed through discussions at such event.

Special emphasis is given on the new and emerging results in the problems of dynamic/ differential games and the use of these results in aerospace systems and robotic technologies. The research studies and results reported at the conference are expected to be complete and cover new concepts and approaches in the theories of dynamic games, optimal control, trajectory design, navigation and guidance of a variety of controllable systems, sensor fusion, machine learning methods, etc. Further topics include exploring the methods of applications of the mini-max problems in real-time guidance and navigation of control systems under the realistic environments. The conference papers selected by the Scientific Committee will be published by Springer in a book dedicated to the conference and indexed in Ei Compendex and Scopus. This book offers a timely reference for academics, professionals, practitioners and university students in the broad fields of dynamic games, optimal guidance, navigation and control along with a wide range of applications in autonomous controllable systems.

Areas of the conference include, but are not limited to:

• Autonomous systems

• Dynamic games

• Differential games

• Min-max / Pursuer-evader problems

• Optimal control

• Swarm network control

• Guidance, Navigation, and Control

• Trajectory synthesis

• Sensor fusion

• Machine learning

• Robotic technologies