MATLAB
Programming languageWikipedia
69
MENTIONS
41
EPISODES
32
PODCASTS
Search complete. 69 mentions across 41 episodes found for "MATLAB".
Nov 9, 2026
Andrew Granville: Optimization Problems for Multiplicative Functions (September 10, 2025)
A
28:59Andrew GranvilleGUEST
And there was an applied mathematician applying.
A
29:01Andrew GranvilleGUEST
And all his letters says, he does miracles of MATLAB that nobody else can do.
A
29:07Andrew GranvilleGUEST
And I thought, huh.
A
29:08Andrew GranvilleGUEST
Maybe when we should first, we should pick him as one of our postdocs.
A
29:11Andrew GranvilleGUEST
But the applied mathematician said he was the number one choice.
A
29:16Andrew GranvilleGUEST
And then maybe I should ask him if he can make MATLAB work for analytic number theory.
A
29:22Andrew GranvilleGUEST
So Kevin came to Montreal, and we've been working for quite a while now.
A
29:27Andrew GranvilleGUEST
So here's one of many pictures that he's drawn for me.
ICM 2026 Invited Section Lecture - Patrick Farrell
P
6:51Patrick FarrellGUEST
And the classical techniques were really pioneered by Herb Keller in the 1970s.
P
6:56Patrick FarrellGUEST
This goes under the rubric of numerical bifurcation analysis, and it's implemented in many very powerful and useful MATLAB packages and software packages and so on.
P
7:04Patrick FarrellGUEST
And so the basic idea is that I'm going to start with one solution for one parameter value, that's u naught, lambda naught.
P
7:12Patrick FarrellGUEST
And then with that one solution, I'm going to apply a continuation algorithm to continue the branch of solutions.
Julius O. Smith III: Legendary Professor of DSP (CCRMA, NeXT, Shazam, GeoShred) | WolfTalk #034
J
36:01Julius Orion Smith IIIGUEST
People still use it.
J
36:03Julius Orion Smith IIIGUEST
And MATLAB came out not too long.
J
36:08Julius Orion Smith IIIGUEST
I was actually using MATLAB.
J
36:10Julius Orion Smith IIIGUEST
Since it was born, it started out at University of New Mexico, Cleve Moeller.
J
36:18Julius Orion Smith IIIGUEST
It was kind of a front-end desk calculator for linear algebra, linear numerical algebra.
J
36:32Julius Orion Smith IIIGUEST
And so...
J
36:33Julius Orion Smith IIIGUEST
It became also the basis of a product in my postdoc company, SCT.
J
36:39Julius Orion Smith IIIGUEST
And that was where it was born because John Little and Steve Bangert, we all worked on the Control-C project, which was MATLAB.
CLASS + SONG Workshop - Usage 1 (July 15, 2019)
J
29:02Julien LesgourguesHOST
You do whatever you want.
J
29:03Julien LesgourguesHOST
You do MATLAB, IDL, GNU plot.
J
29:07Julien LesgourguesHOST
But if you are in a rush, we prepared something for you which is optimized for class.
J
29:12Julien LesgourguesHOST
It's a class plotting unit.
J
31:52Julien LesgourguesHOST
For instance, when you output the matter power spectrum pk, the sampling of the matter power spectrum is decided by the code on the basis of the cosmological parameters.
J
32:03Julien LesgourguesHOST
So if you have two files pk.dat for two models, their k values will be different.
J
32:10Julien LesgourguesHOST
but if you do python cpu.py first name second name minus r it will interpolate one spectrum on the k values of the first one in order to give you a ratio questions on cpu.py did you try did it work yes nice nice very good Yeah, at some point before we became fans of Python notebooks, one of us, Thomas Tram, was using MATLAB a lot.
J
32:43Julien LesgourguesHOST
So there is something for MATLAB which is exactly doing the same as CPU.py in MATLAB syntax.
Free-Threaded Python: Why Python Devs Should Know About the ABI
N
33:51Nathan GoldbaumGUEST
And it's It's a commercial language.
N
33:54Nathan GoldbaumGUEST
It's worse than MATLAB, which is saying something.
N
33:57Nathan GoldbaumGUEST
And so I wanted to use a language that people actually use.
N
34:00Nathan GoldbaumGUEST
There's this really cool project that I wanted to figure out how to use more.
Stanford Seminar - Dan Berkenstock, Julian Mann, John Fenwick and Ching-Yu Hu
J
34:42John FenwickGUEST
So we put our heads together and came up with, well, OK, we're engineers.
J
34:47John FenwickGUEST
So we busted out our laptops and started to write in MATLAB, made ourselves some simulated imagery, held that up to customers.
J
34:55John FenwickGUEST
Nah, it didn't do much.
J
34:57John FenwickGUEST
So then we said, OK, we'll buy up all the satellite imagery that we can find today and hold that up to customers.
$AAPL + $PLTR, Value of a Search, Grok Bot Breaks the Bank | Harley Finkelstein, Bridgit Mendler, Dylan Patel & Max Kan & Andrew Megalaa
D
60:28Dylan PatelGUEST
And they don't do anything with the vast majority of it, right? There's small loops that get closed, right? Oh, from this tool to this tool, there's a small loop, use the data, modify it a little bit.
D
60:38Dylan PatelGUEST
But how do you possibly analyze all this data when most of your PhDs in material science and chemistry and all this stuff are using Excel and MATLAB, right? And MATLAB is if they're sophisticated.
D
60:53Dylan PatelGUEST
So how about you have AI help this become something much more advanced in terms of the data analysis, in terms of extracting information out of this stuff, in terms of building models, building simulations, and closing that sim to real gap, and then actually allowing you to make progress at a faster pace.
D
61:10Dylan PatelGUEST
And it could mean, hey, immediately I could figure out things that improve my yield, If I take, for example, and it's quite simple.
This Week in HRV - Episode 62
M
24:50Matt BennettHOST
The pipeline that Xucare and colleagues built addresses both problems.
M
24:53Matt BennettHOST
It is a MATLAB-based framework that takes EEG and ECG recordings as inputs, applies an automated algorithm to detect cyclic alternating pattern A-phases from the brain signal, extracts a comprehensive set of HRV features from the cardiac signal using validated toolboxes, and outputs a synchronized dataset in which each brain oscillation event is temporally aligned with the cardiac autonomic state measured in its vicinity.
M
25:12Matt BennettHOST
The HRV feature set is broad, including nonlinear and geometric indices alongside the standard time domain and frequency domain measures.
M
25:19Matt BennettHOST
which is appropriate for capturing the full complexity of autonomic changes that occur around sleep oscillation events.
A 2026 Update on the National Laboratory Gasification Consortium
M
97:33Mirdad ChenGUEST
What you see here, this table really summarizes the outcome of the work that is taking place right now at NLR.
M
97:42Mirdad ChenGUEST
We can see that obviously the MATLAB Python-based model, it is the fastest, but obviously it does have shortcomings.
M
97:54Mirdad ChenGUEST
And the open form model, which is a 3D model, that is the most comprehensive, the most detailed, the highest degree of fidelity, and solves for the density changes and the shrinkage of the particle.
M
98:09Mirdad ChenGUEST
But obviously, that is going to be the most expensive one.
Episode 451: Vinay Seth Mohta - CEO & Co-Founder, Manifold
V
8:52Vinay Seth MohtaGUEST
And Towards the end, he's like, hey, do you want to come work with me over the summer at Ford Research Labs? And so, you know, very fortuitously, I ended up working at Ford Research over three or four summers.
V
9:04Vinay Seth MohtaGUEST
He came out to the Boston area to work at the MathWorks building and works on the teams that build MATLAB, Simulink, those kinds of products.
V
9:13Vinay Seth MohtaGUEST
And when I was at MIT, I said, hey, Pete, I'm sort of working in signal processing.
V
9:20Vinay Seth MohtaGUEST
Do you guys have an internship or could I work with somebody for my thesis? So that's how I ended up working at the MathWorks when I first left MIT.
31 more episodes mention MATLAB.
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