Graph data structures | Causal diagrams
A causal map can be defined as a network consisting of links or arcs between nodes or factors, such that a link between C and E means, in some sense, that someone believes or claims C has or had some causal influence on E. This definition could cover diagrams representing causal connections between variables which are measured in a strictly quantitative way and would therefore also include closely related statistical models like Structural Equation Models and Directed Acyclic Graphs (DAGs). However the phrase “causal map” is usually reserved for qualitative or merely semi-quantitative maps. In this sense, causal maps can be seen as a type of concept map. Systems diagrams and Fuzzy Cognitive Maps also fall under this definition. Causal maps have been used since the 1970’s by researchers and practitioners in a range of disciplines from management science to ecology, employing a variety of methods. They are used for many purposes, for example: * As sketch diagrams to summarise causal links * As tools to understand how decisions are made * As tools to assist strategic planning * As tools to form and represent a consensus of expert views on “what causes what” in a subject area * As tools to investigate the differences in how different subjects view causal links in a subject area * As a way to encode the separate views of many different respondents on “what causes what” in a subject area * To represent “theories of change” and “program theory” in project management and evaluation Different kinds of causal maps can be distinguished particularly by the kind of information which can be encoded by the links and nodes. One important distinction is to what extent the links are intended to encode causation or (somebody’s) belief about causation. (Wikipedia).
Causal diagrams to understand causality
This shows how to draw causal diagrams to understand what things are inputs and which are outputs
From playlist Examples
Causal Diagrams - Causal Inference
Today I talk about causal diagrams, e.g., dag, inline. This is one of the most important tools in Causal Inference, and we learn how to draw these tools out. Later we will learn how to use them in analysis.
From playlist Causal Inference - The Science of Cause and Effect
D-Separation - Causal Inference
Today I talk about association in causal diagrams, e.g., D-separation. By applying the rules I outline in this video you will be able to determine if two variables are associated.
From playlist Causal Inference - The Science of Cause and Effect
Double Blind - Causal Inference
In this video, I talk about the double blind assumption (both placebo effects and scientist preference effects) which serves as a good segue to causal diagrams, which I also go over. Enjoy!
From playlist Causal Inference - The Science of Cause and Effect
Causal Inference is a set of tools used to scientifically prove cause and effect, very commonly used in economics and medicine. This series will go over the basics that any data scientist should understand about causal inference - and point them to the tools they would need to perform it.
From playlist Causal Inference - The Science of Cause and Effect
Statistical Inference for Causal Inference - Causal Inference
In this video I explain the concept of statistical inference for causal inference through a realistic group ideal experiment example. Enjoy! Here's the link to my previous Statistical Inference Introduction video if you haven't watched it yet: https://youtu.be/fEGc8ZqveXM
From playlist Causal Inference - The Science of Cause and Effect
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From playlist Causal Inference - The Science of Cause and Effect
Measurement Error - Causal Inference
In this video, I introduce our next assumption: measurement error, and make use of causal diagrams to further explain the assumption. Enjoy!
From playlist Causal Inference - The Science of Cause and Effect
Commutative algebra 63: Koszul complex
This lecture is part of an online course on commutative algebra, following the book "Commutative algebra with a view toward algebraic geometry" by David Eisenbud. We define the Koszul complex of a sequence of elements of a ring, and show it is exact if the sequence is regular. This gives
From playlist Commutative algebra
Confounding Example 2 - Causal Inference
Today I cover an example of an endogenous condition, a conditioned upon confounder (and collider) which is caused by the endogenous condition, and selection bias.
From playlist Causal Inference - The Science of Cause and Effect
Life without Pythons would be so Simple - Geoffrey Penington
Online Workshop on Qubits and Black Holes Topic: Life without Pythons would be so Simple Speaker: Geoffrey Penington Affiliation: University of California, Berkeley Date: December 9, 2020 For more video please visit http://video.ias.edu
From playlist Mathematics
From causal inference to autoencoders, memorization & gene regulation - Caroline Uhler, MIT
Recent progress in genomics makes it possible to perform perturbation experiments at a very large scale. This motivates the development of a causal inference framework that is based on observational and interventional data. We characterize the causal relationships that are identifiable and
From playlist Statistics and computation
Landau-Ginzburg - Seminar 14 - Revisiting the cut operation
This seminar series is about the bicategory of Landau-Ginzburg models LG, hypersurface singularities and matrix factorisations. Combining many of the previous seminars, Rohan constructs the cut operation with explicit homotopy equivalences (needed to get the explicit form of the Clifford o
From playlist Metauni
A. Mondino - Time-like Ricci curvature bounds via optimal transport (version temporaire)
Time-like Ricci curvature bounds via optimal transport in Lorentzian synthetic spaces and applications The goal of the talk is to present a recent work in collaboration with Cavalletti (SISSA) on optimal transport in Lorentzian synthetic spaces. The aim is to set up a “Lorentzian analog”
From playlist Ecole d'été 2021 - Curvature Constraints and Spaces of Metrics
Quantum Combs - Isaac David Smith
Isaac David Smith gives an introduction to quantum combs, with the overall aim of "Learning an unknown property of a quantum system by interacting with it". Along the way he discusses links to linear logic, process tensors, other categorical points of view, min entropy and quantum causal m
From playlist metauni festival 2023
Landau-Ginzburg - Seminar 9 - Composition in LG
This seminar series is about the bicategory of Landau-Ginzburg models LG, hypersurface singularities and matrix factorisations. In this seminar Rohan Hitchcock recalls what we have learned so far in the LG seminar and completes the proof that composition in LG is well-defined. The webpage
From playlist Metauni
Lecture 23, Mapping Continuous-Time Filters to Discrete-Time Filters | MIT RES.6.007
Lecture 23, Mapping Continuous-Time Filters to Discrete-Time Filters Instructor: Alan V. Oppenheim View the complete course: http://ocw.mit.edu/RES-6.007S11 License: Creative Commons BY-NC-SA More information at http://ocw.mit.edu/terms More courses at http://ocw.mit.edu
From playlist MIT RES.6.007 Signals and Systems, 1987
Ben Glocker: "Causality matters in medical imaging"
Deep Learning and Medical Applications 2020 "Causality matters in medical imaging" Ben Glocker - Imperial College London, Department of Computing Abstract: We use causal reasoning to shed new light on key challenges in medical imaging: 1) data scarcity, which is the limited availability
From playlist Deep Learning and Medical Applications 2020
Observational Studies - Causal Inference
Today I talk about how observational studies are great examples of when causation does not equal association by visiting a real world example. The next videos will explore how we extract causal information from observational studies
From playlist Causal Inference - The Science of Cause and Effect
Wolfram Physics Project: Working Session June 9, 2020 [Experimental Math on Multiway Systems | P1]
This is a Wolfram Physics Project working session on experimental mathematics on multiway systems in the Wolfram Model. Originally livestreamed at: https://twitch.tv/stephen_wolfram Stay up-to-date on this project by visiting our website: http://wolfr.am/physics Check out the announcemen
From playlist Wolfram Physics Project Livestream Archive