Shetland fish farm has been selected as a test base for virtual reality

Shetland fish farm has been selected as a test base for virtual reality

Digital actuality (VR) know-how utilized in subsea vitality and different sectors is being developed to enhance the well being and security of divers on northern fish farms.

For the primary time within the aquaculture sector, the system will use underwater 3D scanning.

The preliminary experiment will see photos captured by remotely operated automobiles (ROVs) used to create a digital reproduction of a fish farm, or “digital twin,” to assist divers to plan actions earlier than coming into the water.

Digital fish farms

Led by researchers National Industrialization Institute Scotland (NMIS), managed by the College of Strathclyde, the undertaking lately obtained funding of round £50,000 from the UK’s Seafood Innovation Fund.

Additional assist has come from the Heart for Sustainable Aquaculture Innovation (SAIC) in Stirling.

It’s hoped that the know-how will, ultimately, permit the trade to interchange paper structure with cell phones, tablets and even VR headsets to realize a greater understanding of the places of fish farms.

A Scottish seafarm employee checks digital actuality.

The digital knowledge will assist the farmer assess the issue of the dive, what procedures are required by way of upkeep and cleansing, and whether or not any extra underwater gear is required.

Sarah Riddell, Director of Innovation and Engagement at SAIC, stated: “This can be a nice instance of how the aquaculture sector can work alongside specialists in subsea know-how, manufacturing and different industries to study from greatest practices and speed up digital transformation.

“The brand new software is particularly designed for seafood producers, and may assist coaching, upkeep, inspection and even environmental monitoring, serving to to guard the sector sooner or later because it continues to develop.”

This can be a nice instance of how the aquaculture sector can work alongside specialists in subsea know-how.”

Sarah Riddell, Director of Innovation and Engagement, SAIC.

Owais Munawar, Head of Visualization Division, Digital Manufacturing unit, NMIS stated: “3D scanning and digital actuality know-how is already utilized in many industries equivalent to area and vitality, and there could also be an excellent alternative to pursue aquaculture.

“In fact, there are additionally challenges to beat, which is the aim of this feasibility research.

“For instance, fish farms are usually not static buildings in the best way that many oil rigs are, and the surroundings may be very totally different relying on the situation and depth of the water.”

Mr. Munawar added: “We’re additionally trying to check a small 5G community to enhance communications as a part of our diving exercise at distant websites.

“This can be utilized to replace data captured by remotely operated automobiles in actual time, in addition to be used to alert any close by vessels to the truth that divers are within the water.

“Sooner or later, the system might develop into a part of an entire digital twin, with extra knowledge and pictures already captured by websites constructed into the platform to present an entire image of the underwater scenario.”

Northeast firms share

NMIS works with Aberdeen ocean kineticsa supplier of diving companies to a variety of sectors together with aquaculture, vitality and renewables, and Newburgh, based mostly in Aberdeenshire. Display port 3specialists in 3D undersea surveying, to create a check stand on the Scottish Sea Farms web site in Shetland.

Modeling of an underwater fish farm.

Diving is without doubt one of the most complicated and harmful roles in aquaculture nonetheless carried out by hand, however a brand new digital planning software can improve well being and security in some ways.

With improved entry to data earlier than diving, it could actually scale back time wanted within the water, assist a greater understanding of latest or unfamiliar places, and determine extra coaching or assist wants.

It might additionally enhance the effectivity of upkeep packages, with photos taken by ROVs figuring out points such because the presence of marine progress earlier than divers go underwater. Easier diving schedules may scale back interplay with fish.

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[Shetland fish farm chosen as test bed for virtual reality]


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