Submarine control rooms are an advanced product of evolution, but this does not preclude
further improvements. Whilst the traditional process of incremental interface improvement …

The quickening pace of technological advancement will require submarine command teams
of the future to process greater volumes of data, potentially with fewer operators. User …

Current submarine control rooms show a high degree of technical evolution, although future
additions may cognitively overload operators. Additional sensors, capabilities and …

The quality of communications between a pilot and an electronic crewmember (EC) will help
determine whether the EC becomes an accepted and trusted member of the pilot's onboard …

Human factors, also known as ergonomics, is an area not properly considered when
designing shipboard navigation equipment. This shortcoming results in some design issues …

A series of four experiments were performed during an iterative design evolution of the
human-computer interface (HCI) to a small unmanned surface vehicle (USV). The baseline …

As part of the Command Team Experimental Test-bed project a submarine control room
simulator was constructed. Subject Matter Expert advice was sought throughout to ensure …

ABSTRACT The Command Team Experimental Test-Bed (ComTET) project aims to
investigate the operation of contemporary and future submarine control rooms. Previous …

In recent years there has been increasing research and commercial activities regarding the
development of remotely monitored and controlled unmanned ships. Much of this focus is …