Robert LytleHost
And studying the data [laughs] that impacts every portion of a seagoing or a seafaring, uh, uh, military unit.

So talk a little bit about what kind of data is available? What did you traffic in? Uh, did you have everything you needed, or were you data-starved in some cases? How does that work as a, uh, as a, a military officer?
So one is in kinda my technical specialty, scientific specialty as a meteorology oceanography officer, and so that is a very quantitative business.
Um, uh, models, physics-based models, uh, uh, you know, in, in meteorology and oceanography are some of the most advanced in the world in, in, in existence now and were some of the first.
That was one of, some of the first things that people tried to start to model with computers was, was modeling-
And the weather is about a generation ahead of the ocean, but it's the, it's the exact same process as it's just a different medium and, and different input data.
Those observations go in as what we call the initial conditions, and then you, uh, i- in physics-based model, you apply these physics equations that have been, you know, uncovered over decades, and then that gives you a, a predicted, uh, state of the atmosphere in the future.
It's gonna be a good day to do an amphibious landing or not be a good day, whatever it might be.
The data comes from, the, the input data comes from weather stations that are at airports, uh, on roads, and, and there's so much more data now than when I started out.
Uh, there's all kinds of different data sources, uh, that go into that mix, and that's really in, in the meteorology oceanography space.

And studying the data [laughs] that impacts every portion of a seagoing or a seafaring, uh, uh, military unit.

So talk a little bit about what kind of data is available? What did you traffic in? Uh, did you have everything you needed, or were you data-starved in some cases? How does that work as a, uh, as a, a military officer?
So one is in kinda my technical specialty, scientific specialty as a meteorology oceanography officer, and so that is a very quantitative business.
Um, uh, models, physics-based models, uh, uh, you know, in, in meteorology and oceanography are some of the most advanced in the world in, in, in existence now and were some of the first.
That was one of, some of the first things that people tried to start to model with computers was, was modeling-
And the weather is about a generation ahead of the ocean, but it's the, it's the exact same process as it's just a different medium and, and different input data.
Those observations go in as what we call the initial conditions, and then you, uh, i- in physics-based model, you apply these physics equations that have been, you know, uncovered over decades, and then that gives you a, a predicted, uh, state of the atmosphere in the future.
It's gonna be a good day to do an amphibious landing or not be a good day, whatever it might be.
The data comes from, the, the input data comes from weather stations that are at airports, uh, on roads, and, and there's so much more data now than when I started out.
Uh, there's all kinds of different data sources, uh, that go into that mix, and that's really in, in the meteorology oceanography space.
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