Procedia Manufacturing · 2015 · 80 citations · 8 references
EngineeringAutonomous SystemsMarine EngineeringAutomationNaval ArchitectureShip ControlMarine Automation SystemsMarine Robot ControlSituation AwarenessAutonomous Ship ControlAutonomous ShipsHuman Factors In Maritime OperationsHuman Factors In Ship SafetyMaritime Situational AwarenessOperator Situation AwarenessOperator Situational AwarenessVessel Control Systems
Autonomous vehicle and drones have become more popular in recent years whereas unmanned merchant vessels remain a less-matured concept. The MUNIN project examines the feasibility of autonomous unmanned vessel that is concurrently monitored by an operator onshore. Previous research suggests maintaining adequate situation awareness as a primary challenge related to human-center automation. The purpose of this study was to identify the human factor issues in remote monitoring and controlling of autonomous unmanned vessels through scenario-based trials by four master mariners and a ship engineer. The literature review and fieldwork data identified gaps in the current system corresponding with changes in a harmony framework, suggesting aspects on which the design could be improved to enhance operator's situation awareness and regain harmony onshore.
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