Hamid Jamshidnia (@tech_hamid) 's Twitter Profile
Hamid Jamshidnia

@tech_hamid

Scientist and researcher passionate for science and technology at the intersection of Fluid Dynamics, Ultrasound & Optical-based Measurement Techniques & AI

ID: 844888312481492992

calendar_today23-03-2017 12:27:25

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Dimitri Bertsekas (@dbertsekas) 's Twitter Profile Photo

I am pleased to share the full set of videolectures, slides, textbook, and other supporting material of the 7th offering of my Reinforcement Learning class at ASU, which was completed two days ago; check web.mit.edu/dimitrib/www/R…

Tom Yeh (@proftomyeh) 's Twitter Profile Photo

Autoencoder by hand✍️Excel~ I designed this exercise to show how an Encoder-Decoder network convert input to code and reconstruct input from code. It is annotated with equations, PyTorch, and graphs. 👇Join the 'AI Math' community. Download xlsx.

Journal of Fluid Mechanics (@jfluidmech) 's Twitter Profile Photo

The next seminar in our series Fluid Mechanics Webinar Series is coming up: • Title: Instabilities in viscoelastic fluids: a long story • Speaker: Helen Wilson • Time: Fri 4:00 PM (BST) 11:00 AM (EDT) on May 2 More info and RSVP via Cassyni cassyni.com/s/fmws

Oxford Mathematics (@oxunimaths) 's Twitter Profile Photo

Alan Turing is the star of the next set of student lectures we are showing. But not the Turing of computer science or cryptography, but the Turing of zebra stripes. Ruth Baker is talking mathematical biology &, in particular, pattern formation. Lecture 1: youtu.be/ta3pGHqPKkg

Alan Turing is the star of the next set of student lectures we are showing. But not the Turing of computer science or cryptography, but the Turing of zebra stripes.

Ruth Baker is talking mathematical biology &, in particular, pattern formation. Lecture 1: youtu.be/ta3pGHqPKkg
Alec Helbling (@alec_helbling) 's Twitter Profile Photo

I've been putting together an interactive tool called DiffusionLab for explaining the geometric intuition behind diffusion and flow based generative models. Sampling is actually being done in the browser using Tensorflow.js! It is still in the very early stages.

Ricardo Vinuesa (@ricardovinuesa) 's Twitter Profile Photo

🎥 New video! Learn how to build Reduced-Order Models (ROMs) using Galerkin projection, a powerful tool for CFD & turbulence modeling. Watch here 👉 youtube.com/watch?v=6RLfJh… #CFD #Turbulence #Galerkin #ROM #ModelReduction #FluidDynamics #AeroEng

🎥 New video! Learn how to build Reduced-Order Models (ROMs) using Galerkin projection, a powerful tool for CFD & turbulence modeling.

Watch here 👉 youtube.com/watch?v=6RLfJh…
#CFD #Turbulence #Galerkin #ROM #ModelReduction #FluidDynamics #AeroEng
Python Space (@python_spaces) 's Twitter Profile Photo

Here are the 5 lucky winners of the Generative AI with Python and PyTorch Book! 1. Adithya Thatipalli 2. mikhail predtetchenski 3. Alejandro Mejía 4. TarkovKiChai 5. Salomón Zambrano Thanks to everyone for participating! Like and share this post to get one more copy for FREE.

Here are the 5 lucky winners of the Generative AI with Python and PyTorch Book!

1. <a href="/adi_thatipalli/">Adithya Thatipalli</a> 
2. <a href="/2salt2furious/">mikhail predtetchenski</a> 
3. <a href="/BatmathDev/">Alejandro Mejía</a> 
4. <a href="/pran_jello/">TarkovKiChai</a> 
5. <a href="/SalomnZambrano5/">Salomón Zambrano</a> 

Thanks to everyone for participating! 

Like and share this post to get one more copy for FREE.
eigenron (@eigenron) 's Twitter Profile Photo

writing a blog on Physics-Informed Neural Networks (PINNs). meanwhile, here’s a simple example of a normal NN vs a PINN fitting to a synthetic dataset (with noise) for a projectile motion. > simple NN overfits heavily to outliers > PINN averts this by the help of a modified