How to pronounce “autonomic” in English

autonomic responses.

autonomic nervous system. So your nervous system, autonomic nervous system gets fired up whenever you're interested in something.

The autonomic nervous system is involuntary.

The autonomic nervous system is divided into two branches, something called the sympathetic division-- that's aroused states, energy use, activity.

That autonomic nervous system regulates about 90% of your energy and the functions that related to that, so it's breathing, heart beat, digestion,

Your autonomic nervous system is so old that this signaling mechanism is in most

This is where the autonomic nervous system comes in.

And so in the autonomic, one of the things that's really important to think about is how is--

and of the autonomic nervous system in not just our basic water and power functions of temperature, and breathing, and keeping us alive, but really

That's an autonomic response.

And that is the autonomic nervous system that's responsible for the sweatiness that gets on our palms when we're nervous or under pressure, or tremulousness,

It is where the autonomic functions that govern our hormones, et cetera.

changes in their autonomic nervous system, or even in the neural activity of the brain, or even

And it affects your autonomic nervous system, and that affected my ability to control my heart rate, my immune system, blood pressure, digestion,

Obviously the autonomic controller itself is running on the infrastructure which you are trying to control and predict, and that's obviously subject to the same type of events.

And the data-driven autonomic controller can be made practical.

And that the autonomic nervous system changed, and the heart changed.

So this is like the autonomic nervous system.

It's also true in the autonomic nervous system, as you said, that we have these two branches.

but it goes out-- through the autonomic nervous system-- into the gut.

I have outlined such a data-driven autonomic controller to you.

And it's through our autonomic nervous system that that balancing effect is going on continuously all day long through the sympathetic,

And lock in means that your entire autonomic system breaks down.

described as a blunting of your autonomic nervous system. The responsiveness of your autonomic nervous

below your level of consciousness the autonomic nervous system is in turn divided into two general branches the sympathetic nervous system which people say prepares you to fight or flee

through the hypothalamic pituitary adrenal axis and the autonomic nervous system.

So we have two arms of this thing called the autonomic nervous system, which controls all of our unconscious functions like breathing, and our heart rate, and our digestion.

So what I propose is a form of autonomic computing that I call data-driven autonomics.

So what are the main salient points of such an autonomic computing system?

In effect, through the autonomic nervous system, through the messages from the heart to the brain, and then the effects that come from that.

And I mention you are surprised at the absence of autonomic reaction -- of fear.

Acetylcholine is the neurotransmitter, the chemical that the autonomic parasympathetic side

In the book, I really talk about the autonomic things, the sleep things, the exercise, and the nutrition.

We have this autonomic nervous system-- has anyone heard of that?

there's a tiger and my system goes into If you guys know about the autonomic nervous system, you've got fight or flight and rest and

So first of all, an autonomic data-driven controller, I claim, should have these requirements.

Remember, the heart is connected to our autonomic nervous system, obviously.

And that's indicating that-- that jerky pattern is generated indicating that their autonomic nervous system is doing

25 so that means that the parts of the brain the sympath the autonomic nervous

The autonomic nervous system can be divided into the sympathetic nervous system and parasympathetic nervous system.

they're also subconscious ways and signals flowing and this involves something called the autonomic nervous system and this is mostly a phenomenon in which the mind controls the body at a level that's

theory to underlie this he said that the fight or flight part of the autonomic nervous system the sympathetic nervous system became hyper aroused during hex death and this hyper arousal

And I was looking at the ECG, looking at the autonomic nervous system activity.

So yes, if that's a concern you would obviously render the autonomic controller fault tolerant

They're all affected in our autonomic nervous system.

You can take the peripheral and further subdivide it into autonomic and somatic nervous system. Autonomic measures stress, amongst other things, and the somatic

So the question is then, can these data be exploited to devise a new class of autonomics that I call data-driven autonomics?

And you talk about several such phenomena in your book, from fundamental attribution error to confirmation bias, the autonomic nervous system,

And also, you, you don't know how much of that is really done autonomic, autonomous, or how much is, like, humans