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biosensors
- Thread starter Angus
- Start date
Thread Status: Hello
, There was no answer in this thread for more than 60 days.
It can take a long time to get an up-to-date response or contact with relevant users.
It can take a long time to get an up-to-date response or contact with relevant users.
I've never used one, and I haven't been near the water since March so haven't had a chance to speak to any of my usual Tech Diving buddies.
I'll drop a few of them an email and see what info comes out of it...
Do you happen to know which one your friend was talking about?
I'll drop a few of them an email and see what info comes out of it...
Do you happen to know which one your friend was talking about?
What the heck is a biosensor?
All of the guys, and gals, that I dive tech with use tables and bottom timers. No one uses computers- except the laptop kind to generate tables before you go.
The only sensor that I ever heard of for freediving was a pulse-ox meter that might be mounted in a mask one day.
Jon
All of the guys, and gals, that I dive tech with use tables and bottom timers. No one uses computers- except the laptop kind to generate tables before you go.
The only sensor that I ever heard of for freediving was a pulse-ox meter that might be mounted in a mask one day.
Jon
Ok, First biosensors are devises that attach to your body and measure different biological processes such as heartrate, bloodpressure, oxygen levels, etc.
I don't know which one one Scott was referring but it came up in a discussion that he was having with Octo about the Suunto Mosquite dive computer (which Octo has and I don't - of course I am above envy). I don't know if it was a Suunto product but what I recall was that these were sensors that were attached to the skin and then had leads that attached to the dive computer which stored the data. This data could then be downloaded to a computer and displayed in various graphs. This would then allow the diver to record different biological processes throughout each dive and between each dive. Obviously, this would be wonderful information for us.
So unlike tables, these are real time measures. I think it would be invaluable for understanding the idiographic factors, such as optimal breathing up sequences. It would also enable a diver to target specific times and depths of dive cylce. Say for instance that a diver discovers that at -15 meters they suddenly have an increase in heartrate. The diver could then start training to manage that. Or even though the diver feels that need to surface that they are still carrying sufficient oxygen levels. Or that the diver experiences a reduce heartrate only after they have been diving for more than X minutes or only after X dives or only past depth X or only in water below temperature X or some combination of these factors
In essence the use of biosensors would provide biofeedback that was specific for each dive and over multiple dives. Not only would the diver understand their dive response for a particular dive under certain conditions, they would also be able to develop an understanding of how their physiology responds over a diving session and over multiple diving sessions. An example of this would be to understand if a diver responds differently based on the time of day, water temperature, or diving for several hours several days in succession or other factors. The applications would broad and specific.
Cool stuff.
I don't know which one one Scott was referring but it came up in a discussion that he was having with Octo about the Suunto Mosquite dive computer (which Octo has and I don't - of course I am above envy). I don't know if it was a Suunto product but what I recall was that these were sensors that were attached to the skin and then had leads that attached to the dive computer which stored the data. This data could then be downloaded to a computer and displayed in various graphs. This would then allow the diver to record different biological processes throughout each dive and between each dive. Obviously, this would be wonderful information for us.
So unlike tables, these are real time measures. I think it would be invaluable for understanding the idiographic factors, such as optimal breathing up sequences. It would also enable a diver to target specific times and depths of dive cylce. Say for instance that a diver discovers that at -15 meters they suddenly have an increase in heartrate. The diver could then start training to manage that. Or even though the diver feels that need to surface that they are still carrying sufficient oxygen levels. Or that the diver experiences a reduce heartrate only after they have been diving for more than X minutes or only after X dives or only past depth X or only in water below temperature X or some combination of these factors
In essence the use of biosensors would provide biofeedback that was specific for each dive and over multiple dives. Not only would the diver understand their dive response for a particular dive under certain conditions, they would also be able to develop an understanding of how their physiology responds over a diving session and over multiple diving sessions. An example of this would be to understand if a diver responds differently based on the time of day, water temperature, or diving for several hours several days in succession or other factors. The applications would broad and specific.
Cool stuff.
Jack-ed in
Amazing. I keep having two flashes: Cyberdivepunk and "Sorry, I can´t let you inhale yet, Dave".
Amazing. I keep having two flashes: Cyberdivepunk and "Sorry, I can´t let you inhale yet, Dave".