Multidimensional signal processing | Applied mathematics
Windowing is a process where an index-limited sequence has its maximum energy concentrated in a finite frequency interval. This can be extended to an N-dimension where the N-D window has the limited support and maximum concentration of energy in a separable or non-separable N-D passband. The design of an N-dimensional window particularly a 2-D window finds applications in various fields such as spectral estimation of multidimensional signals, design of circularly symmetric and quadrantally symmetric non-recursive 2D filters, design of optimal convolution functions, image enhancement so as to reduce the effects of data-dependent processing artifacts, optical apodization and antenna array design. (Wikipedia).
3D Billboards: A Way To Make Your Brand Stand
Why are 3D billboards the best way to grab real-world attention? So, in this century, we discuss three-dimensional billboards with a significant technological leap. Simply put, three-dimensional billboards provide the appearance of dynamic, moving artwork that protrudes from the screen i
From playlist Explainer
"Seeing in 3D" discusses the basics of stereoscopic human vision, examines the most common types of S3D displays available today, and even asserts a humorous look into the future.
From playlist IU Pervasive Technology Institute and the TeraGrid
reaLD 3D glasses filter with a linear polarising filter
This is for a post on my blog: http://blog.stevemould.com
From playlist Everything in chronological order
The Computer Chronicles - Computer Art (1994)
Special thanks to archive.org for hosting these episodes. Downloads of all these episodes and more can be found at: http://archive.org/details/computerchronicles
From playlist Computer Chronicles Episodes on Software
Sometimes a closeup works best, but other times you may want a wider-angle shot. You can experiment by moving closer and farther away from your subject, or by using your camera's zoom. We hope you enjoy! To learn more, check out our written lesson here: https://edu.gcfglobal.org/en/digita
From playlist Digital Photography
MSBI Interview Questions And Answers | MSBI Certification Training | Edureka
This Edureka "MSBI Interview Questions and Answers" video will help you unravel concepts of Microsoft BI and touch on topics that are the crux for succeeding in any MSBI interview. It's is a one-stop solution to grasp all your MSBI job opportunities. Subscribe to our channel to get video
From playlist Microsoft BI Tutorial Videos
THE BASICS: The Great Smashup Too
Marc demonstrates in traditional materials how to conceive of and smash together forms in drawing to create abstract form designs. The emphasis is on creative skill building and free association with forms.
From playlist THE BASICS
How Convolutional Neural Networks work
Part of the End-to-End Machine Learning School Course 193, How Neural Networks Work at https://e2eml.school/193 A gentle guided tour of Convolutional Neural Networks. Come lift the curtain and see how the magic is done. For slides and text, check out the accompanying blog post: http://br
From playlist E2EML 193. How Neural Networks Work
The Computer Chronicles - Personal CAD (1988)
Special thanks to archive.org for hosting these episodes. Downloads of all these episodes and more can be found at: http://archive.org/details/computerchronicles
From playlist Computer Chronicles Episodes on Software
How to Make 3D using only 2D | OpenGL Tutorial
Here is my second opengl tutorial! Since i am a visual learner, I wanted to created some 3D visuals to show what I am trying to accomplish. I will try to create more tutorials that are fun easy to make. Enjoy and see ya next time.
From playlist 3D Programming
Mark Iwen - Accurate Recovery of Compactly Supported Smooth Functions from Spectrogram Measurements
Recorded 01 December 2022. Mark Iwen of Michigan State University presents "Provably Accurate Recovery of Compactly Supported Smooth Functions from Spectrogram Measurements" at IPAM's Multi-Modal Imaging with Deep Learning and Modeling Workshop. Abstract: In this talk I will focus on the a
From playlist 2022 Multi-Modal Imaging with Deep Learning and Modeling
Get Your Science On: Mirror Mirror
Sometimes called a wormhole or infinity box, this experiment creates an illusion of an endless tunnel of lights going off into the distance forever! What's Going On There crux of this experiment is the partially reflective mirror (sometimes called a two-way mirror). These mirrors reflect
From playlist Get Your Science On
Apply graph theory, shallow neural networks & transformer models (AI) to solve a real world problem
A 3 step approach for a 2 dimensional word distance (with a 3D interactive folding to a Graph) to a 128 dimensional word2vec TensorFlow 2 embedding to finally a sentence embedding with BERT-based Transformers in 768 dim. Apply theses tools wisely in a structured approach to gain insights
From playlist Create insights into complex topics with AI
Samir Chowdhury (8/17/20): Exploring brain dynamics during ongoing cognition using Mapper
Title: Exploring the landscape of brain dynamics during ongoing cognition using Mapper Abstract: Modern non-invasive neuroimaging methods such as fMRI capture high-resolution spatial patterns of brain activity. While most existing techniques for analyzing neuroimaging data study changes i
From playlist ATMCS/AATRN 2020
The Computer Chronicles - Computer Displays (1991)
Special thanks to archive.org for hosting these episodes. Downloads of all these episodes and more can be found at: http://archive.org/details/computerchronicles
From playlist The Computer Chronicles 1991 Episodes
OpenGL - 3D rendering overview
Part of a series covering OpenGL. (revision of an earlier video: some restructuring and narration fixes)
From playlist OpenGL
Bridges 2014 JMA talk: Developing fractal curves
This is a talk I gave in the "Journal of Mathematics and the Arts" session at the Bridges conference on mathematics and the arts (http://bridgesmathart.org/), on 17th August 2014, about my paper with Geoffrey Irving with the same title. The slides are available at https://www.math.okstate.
From playlist 3D printing
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From playlist Optics