Mathematical optimization | Design of experiments | Sequential experiments | Optimal decisions
In statistics, response surface methodology (RSM) explores the relationships between several explanatory variables and one or more response variables. The method was introduced by George E. P. Box and K. B. Wilson in 1951. The main idea of RSM is to use a sequence of designed experiments to obtain an optimal response. Box and Wilson suggest using a second-degree polynomial model to do this. They acknowledge that this model is only an approximation, but they use it because such a model is easy to estimate and apply, even when little is known about the process. Statistical approaches such as RSM can be employed to maximize the production of a special substance by optimization of operational factors. Of late, for formulation optimization, the RSM, using proper design of experiments (DoE), has become extensively used. In contrast to conventional methods, the interaction among process variables can be determined by statistical techniques. (Wikipedia).
This video explains how to parameterized a equation of a surface.
From playlist Surface Integrals
Where 2012, Bruce Daniel, "Responsive Design--The Future of Mapping"
Responsive Design is all about how structure can adjust to various environments, user activities and form factors. First we'll look at the core concepts of Responsive Design and how they're applied in a typical web setting, noting the methods used. Then we'll see how maps naturally follow
From playlist Where 2012
Parameterizing Surfaces and Computing Surface Normal Vectors
In this video we discuss parameterizing a surface. We use two approaches, a simple approach which models a surface using a level surface as well as a robust parameterization using two independent variables. We show how both formulations can be used to compute normal vectors to the surfac
From playlist Calculus
Introduction to Surface Fitting
Get a Free Trial: https://goo.gl/C2Y9A5 Get Pricing Info: https://goo.gl/kDvGHt Ready to Buy: https://goo.gl/vsIeA5 Use regression, interpolation, and smoothing to fit surfaces to data. For more videos, visit http://www.mathworks.com/products/curvefitting/examples.html
From playlist Math, Statistics, and Optimization
From playlist Surface integrals
Surface Integrals with Parameterized Surface - Part 2
The video explains how to evaluate a surface integral when the surface is given parametrically. http://mathispower4u.wordpress.com/
From playlist Surface Integrals
(New Version Available) Parameterized Surfaces
New Version: https://youtu.be/0kKBPbmzwm8 This video explains how to parameterized a equation of a surface. http://mathispower4u.wordpress.com/
From playlist Surface Integrals
Surface Integrals with Parameterized Surface - Part 1
The video explains how to evaluate a surface integral when the surface is given parametrically. http://mathispower4u.wordpress.com/
From playlist Surface Integrals
Wouldn’t it be amazing to have highly accurate forecasts, anomaly detection and intelligent exploratory data analysis at a touch-of-a-button? The Platform Data Science team at Uber builds scalable platforms and tools that are making this a reality, resulting in faster innovation cycles and
From playlist Machine Learning
20d Spatial Data Analytics: Sampling Uncertainty
Subsurface modeling course lecture on sampling uncertainty.
From playlist Spatial Data Analytics and Modeling
Lecture 00-Introduction to Jack Simons Electronic Structure Theory
Complete list of Jack Simons Electronic Structure Theory lecture series on YouTube: (1)Jack Simons Electronic Structure Theory- Session 1- Born-Oppenheimer approximation http://www.youtube.com/watch?v=Z5cq7JpsG8I (2)Jack Simons Electronic Structure Theory- Session 2- Hartree-Fock htt
From playlist U of Utah: Jack Simons' Electronic Structure Theory course
18 Machine Learning: Conclusion
Final lecture with the take-aways from the Subsurface Machine Learning course to help you succeed with machine learning for spatial, subsurface applications.
From playlist Machine Learning
11 Machine Learning: k-Nearest Neighbors
Lecture on k-nearest neighbor for machine learning prediction. Including more discussion on hyperparameters and variance-bias trade-off. Follow along with the demonstration workflow: https://github.com/GeostatsGuy/PythonNumericalDemos/blob/master/SubsurfaceDataAnalytics_kNearestNeighbour.
From playlist Machine Learning
Synthesis Workshop: Electrochemical Terpene Synthesis with Maximilian Palkowitz (Episode 95)
In this Research Spotlight episode, Maximilian Palkowitz (Baran lab, Scripps) joins us to share his work on terpene synthesis via mild electrochemical coupling reactions. Key reference: Science 2022, 375, 745-752. http://doi.org/10.1126/science.abn1395 A Survival Guide for the “Electro-c
From playlist Research Spotlights
Nicholas Christakis: The Sociological Science Behind Social Networks and Social Influence
The Sociological Science Behind Social Networks and Social Influence Watch the newest video from Big Think: https://bigth.ink/NewVideo Join Big Think Edge for exclusive videos: https://bigth.ink/Edge ---------------------------------------------------------------------------------- If you
From playlist The Floating University Sessions | Big Think
Machine Learning at Uber (Natural Language Processing Use Cases)
At Uber, we are using natural language processing and conversational AI to improve the user experience. In my talk I will be delving into 2 use cases. In the first application we use natural language processing and machine learning to improve our customer care. The other use case is the re
From playlist Machine Learning
15. Empirically-informed Responses
Philosophy and the Science of Human Nature (PHIL 181) The Trolley Problem, as discussed in the last lecture, is the problem of reconciling an apparent inconsistency in our moral intuitions: that while it is permissible to turn the runaway trolley to a track thus killing one to save five
From playlist Philosophy and the Science of Human Nature w/ Tamar Gendler
20 Data Analytics: Decision Tree
Lecture on decision tree-based machine learning with workflows in R and Python and linkages to bagging, boosting and random forest.
From playlist Data Analytics and Geostatistics
Flow through a single piece of area
From playlist Surface integrals