Artificial intelligence in scuba diving?

[XTAR]

Artificial intelligence (AI) has been making waves in various industries, changing the way people work and interact with technology. With the technology advancing, you may see the usage of underwater robotics and artificial intelligence in the scuba diving. Such as, using underwater vehicles for exploration, data collection, and carrying out some specific tasks. And Artificial intelligence is also playing an important role in analyzing the vast amounts of data collected during underwater. For divers, the AI could provide real-time guidance and enhance safety. This system may detect potential health issues or emergencies underwater and alert the divers for immediate action.

How about your thoughts on artificial intelligence in scuba diving? Do you see it as a positive development or have other concerns about its implementation? Welcome to share your views below.

 

[Johnoly]

Just my 2 cents and wild azz guess prediction.........

I think we'll see the return of a "Data Mask' HUD or flip down screen AGAIN.

In today's world topside, so many people have their heads buried in their phone for 2/3rds of the day. That's going to extend underwater as components and screens get better and tiny-errr.

5 years ago people never dreamed of taking their $1000 expensive phone underwater. Now it's common on every charter boat.

 

[emoreira]

At least in my case, one of the things that I would love to see is an Inertial Navigation System suitable for divers at a reasonable price and with the required functionalities. Perhaps a Personal Dive Computer with the INS functionality embebed.
I do not know if for this AI is required, I guess that AI has something to add to PDCs.

 

[happy-diver]

Yeah there's plenty of it on here

 

[wetb4igetinthewater]

So from a scientific background, I welcome it.

It doesn't take long to learn to drive an ROV, but it does take some time. Different scanners have different degrees of complexity in post processing. I see this as a boon for underwater/marine/maritime scientists/archaeologists who can could (for example) quickly monitor the 3D point cloud generated from the scanner at what is much faster than what can be done by people. Once past the pilot phase of this technology being adopted, then a scientist may not even need to be out in the field. A couple technicians would be all that is needed.

When divable, divers still may be needed to prepare a site for scanning, removing debris, etc. to expose more of the site. In some cases, like the Mentor shipwreck outside Avelmonas Kythera, Greece, there is a protective fabric that needs to be removed prior/restored after laser scanning.

In 5 years or so, I hope my organization partners with a Ukrainian university to laser scan the Moskva.

I don't think IMU's (inertial measurement units). will be manufactured at a size small enough to be used by recreational divers for navigation underwater.

Maybe @mariosx has some thoughts.

 

[tridacna]

Why is this being discussed in the XTAR forum?

 

[Eric Sedletzky]

We already have AI in diving, dive computers.
Other than that I do not want any more AI in my personal diving. I dive to do something manually, I enjoy the physicality of it. I don’t want more stuff done for me.

 

[Jcp2]

AI will make its first entry in replacing human writers of scuba articles and ad copy.

 

[Valeriy_Kulaha]

At least in my case, one of the things that I would love to see is an Inertial Navigation System suitable for divers at a reasonable price and with the required functionalities. Perhaps a Personal Dive Computer with the INS functionality embebed.
I do not know if for this AI is required, I guess that AI has something to add to PDCs.

Recruit into the submarine fleet!:сдать:

 

[Cthippo]

I can see it in more personalized dive computers, especially in the CCR market. On board biometrics (pulse, temp, SPO2, capanography) coupled with dynamic and personalized deco schedules seems very possible. The system would monitor the gas you breathe in, the gas you breathe out, your heartrate and SAC/RMV over time to determine a personalized deco schedule foe thos dive rather than a generic one based off an "average" diver.

Not an AI system (though there could be AI components to it), but one I would like to see is an underwater handheld forward looking sonar. Basically take the realtime technology used on high end fishing boats and put it into a package the size of a large dive light. Almost nowhere in the world has 100' visibility and 100' is a very small footprint when looking for a wreck. At least twice I have missed decent sized wrecks because I dropped close to them, but not close enough to see them. The tech for this is in existance, just not yet in the right package for divers.