In an increasingly connected and complex world, we need to optimise our use of rich and diverse data sets to inform decision makers in a timely manner. As the types and volumes of information available to the commander increase, this will place a greater importance on tools and techniques to collate, synthesise and visualise information in a timely and understandable way so that it can be readily acted upon. Different sources will have different degrees of assurance but combining multiple information sources greatly increases the robustness of the analysis – although we need to be able to show levels of certainty/uncertainty within the analysis.
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Human-Autonomous Systems (HAS) are collections of human and autonomous agencies of great importance to, defence, disaster and emergency response, transport, and energy services (especially in hostile/inhospitable environ...
Funded by: EPSRC
Lead research organisation: University of Bath
The project focuses on improving the collective capability of human-autonomous systems, which aligns with the goal of reducing cognitive load through autonomous software agents.
HumAIne will research, develop, validate and promote a novel operating system for Human-AI collaboration, which will enable the development of advanced decision making applications in dynamic, unstructured environments i...
Funded by: Horizon Europe Guarantee
Lead research organisation: NOVOVILLE LIMITED
The project focuses on developing a Human-AI collaboration system to enhance decision-making in dynamic environments, addressing the need to reduce cognitive load and integrate new technology into command and control systems.
The goal of the project SafeTeam is to progress on the human factors aspects on the use of digital assistants to aviation, including a deeper understanding on the technology and processes that will facilitate the adoptio...
Funded by: Horizon Europe Guarantee
Lead research organisation: L3HARRIS FLIGHT DATA SERVICES LIMITED
The project focuses on the integration of AI tools into aviation operations to enhance human cognitive abilities and ensure safe interaction, which partially addresses the question about reducing cognitive load and integrating advances into command and control systems.