Times are displayed in (UTC-04:00) Eastern Time (US & Canada) Change
3D Interactive, Immersive Environments for Reconfigurable Control Centers
The 21st century has been marked by the advent of autonomous vehicles. In recent years, the IMO MASS scoping activity is identifying needed changes to existing regulation while IALA has been developing a set of technical products and specifications that can contribute to the safe introduction of MASS operations for the maritime transport industries. E-Navigation is defined as the harmonized collection, integration, exchange, presentation and analysis of marine information on board and ashore by electronic means to enhance berth-to-berth navigation and related services for safety and security at sea and protection of the marine environment. E-Navigation specifies the need for presentation and analysis of information and calls for employing human-centered design approaches to ensure high usability with the goal of achieving and maintaining shared situational awareness to inform critical decision-making for both conventional ships and MASS operations. MASS operations will require shore control centres (SCC) where crew will remotely monitor and operate vessels. One challenge faced by SCC designers is that of providing shared situational awareness to the remote vessel crew while avoiding information overload. The advent of virtual reality, augmented reality and mixed reality technologies has created new opportunities for interactive, immersion that is required for performing critical tasks.
This presentation considers the human as the decision-maker during MASS operations but allows for varying levels of human supervisory control, made possible using automation and considers the use of digital twins and 3D interactive, immersive virtual environments as a key technology for creating reconfigurable SCC is presented.
This presentation considers the human as the decision-maker during MASS operations but allows for varying levels of human supervisory control, made possible using automation and considers the use of digital twins and 3D interactive, immersive virtual environments as a key technology for creating reconfigurable SCC is presented.
About the Presenter

Kevin Heffner
Senior Researcher
Pegasus Research and Technologies
Kevin Heffner is an independent research working in the Aerospace and Defense and Transportation sectors. Kevin holds a Bachelor of Science in Engineering (1987), a Master’s degree in fluid dynamics from the von Karman Institute and A Ph.D in Mechanics from Pierre and Marie Curie University of Paris. After starting his career at NASA, Kevin obtained his doctorate in the area of stability and control of space vehicles for the French National Space Agency. Kevin has more than 30 years of experience in numerical methods, modeling and simulation and systems engineering. He is specialized in system interoperability, human-autonomy teaming and intelligent system design. Kevin has participated in numerous standardization activities and in 2013 received the NATO Scientific Achievement Award for his contribution in the standardization of interoperability between command and control systems, autonomous vehicle systems and simulations. His recent research areas include Soldier-Robot Teaming, Human-Machine Trust Relationships, Intelligent Transport System Architectures, Smart Shipping and Maritime Autonomous Surface Ships.
Presentation
3D Interactive, Immersive Environments for Reconfigurable Control Centers
Description