Noise radiated from an autonomous underwater vehicle (AUV) is one of the major sources of
interference that impact the acoustic performance of its towed array sensor, especially …

Sediment classification was demonstrated using the self-noise of an autonomous
underwater vehicle (AUV) received on a short towed array. The adopted approach was to …

Design and development of lightweight arrays has been a subject of intense study in recent
years. This is largely owing to the successful deployment of autonomous vehicles as …

Flow noise is one of the factors limiting the performance of towed array systems, especially
thin-line arrays. Response of a fibre laser hydrophone array to axisymmetric boundary layer …

Flow noise levels for a digital thin line towed array for normal operating speeds of an AUV
were estimated using empirical models and towing experiments. The wave number filtering …

Offshore technology operations often require knowledge about the properties of seabed and
sub-seabed to aid in their drilling operations, identifying geo-hazards and building of sub …

Underwater operations like oil explorations, anti-submarine warfare, and coastal monitoring
often employ long arrays of acoustic sensors that run into many hundreds of meters. At …