Fluid construction grammar (FCG) is an open-source computational construction grammar formalism that allows computational linguists to formally write down the inventory of lexical and grammatical constructions as well as to do experiments in language learning and language evolution. FCG is an open instrument that can be used by construction grammarians who want to formulate their intuitions and data in a precise way and who want to test the implications of their grammar designs for language parsing, production and learning. The formalism can be tested through an interactive web interface at the FCG website. FCG integrates many notions from contemporary computational linguistics such as feature structure and unification-based language processing, but uses them in a novel way to operationalize insights from construction grammar theory. Constructions are considered bi-directional and hence usable both for parsing and production. Processing is flexible in the sense that FCG provides meta-layer processing for coping with novelty, partially ungrammatical or incomplete sentences. FCG is called 'fluid' because it acknowledges the premise that language users constantly change and update their grammars. The research on FCG is primarily carried out by Luc Steels and his teams at the VUB AI Lab in Brussels and the Language Evolution Lab in Barcelona, and the Sony Computer Science Laboratories in Paris. Besides Steels, current and former contributors to the FCG formalism include Katrien Beuls, Paul Van Eecke, Remi van Trijp, Joris Bleys, Joachim De Beule, Martin Loetzsch, Nicolas Neubauer, Michael Spranger, Wouter Van den Broeck, Pieter Wellens, and others. (Wikipedia).
The Incorrect Assumption Made by Fluid Dynamics, and Why It Still Works - Fluids by Parth G
Here's how scientists study how fluids flow! A fluid is any substance that deforms continually under shear stress. More simply, it is anything that can flow. Therefore, the term "fluid" usually refers to liquids and gases. Fluid dynamics is an area of physics that deals with the flow of
From playlist Fluid Mechanics by Parth G
Céline Grandmont: Mathematical and numerical analysis of some fluid structure interaction problems 1
Find this video and other talks given by worldwide mathematicians on CIRM's Audiovisual Mathematics Library: http://library.cirm-math.fr. And discover all its functionalities: - Chapter markers and keywords to watch the parts of your choice in the video - Videos enriched with abstracts, b
From playlist Numerical Analysis and Scientific Computing
Material behavior (introduction)
While we will use the approximation of a linear elastic solid throughout this course, this video is a quick peak at real material behavior. Created for Mechanics of Solids and Structures course at Olin College.
From playlist Lectures for mechanics of solids and structures
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From playlist Fluid Dynamics
Steve Brunton: "Machine Learning for Fluid Mechanics"
Transport and Mixing in Complex and Turbulent Flows 2021 "Machine Learning for Fluid Mechanics" Steve Brunton - University of Washington Abstract: Many tasks in fluid mechanics, such as design optimization and control, are challenging because fluids are nonlinear and exhibit a large rang
From playlist Transport and Mixing in Complex and Turbulent Flows 2021
Céline Grandmont: Mathematical and numerical analysis of some fluid structure interaction problems 2
Find this video and other talks given by worldwide mathematicians on CIRM's Audiovisual Mathematics Library: http://library.cirm-math.fr. And discover all its functionalities: - Chapter markers and keywords to watch the parts of your choice in the video - Videos enriched with abstracts, b
From playlist Numerical Analysis and Scientific Computing
Céline Grandmont: Mathematical and numerical analysis of some fluid structure interaction problems 4
Find this video and other talks given by worldwide mathematicians on CIRM's Audiovisual Mathematics Library: http://library.cirm-math.fr. And discover all its functionalities: - Chapter markers and keywords to watch the parts of your choice in the video - Videos enriched with abstracts, b
From playlist Numerical Analysis and Scientific Computing
Céline Grandmont: Mathematical and numerical analysis of some fluid structure interaction problems 3
Find this video and other talks given by worldwide mathematicians on CIRM's Audiovisual Mathematics Library: http://library.cirm-math.fr. And discover all its functionalities: - Chapter markers and keywords to watch the parts of your choice in the video - Videos enriched with abstracts, b
From playlist Numerical Analysis and Scientific Computing
Science & Technology Q&A for Kids (and others) [Part 108]
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From playlist Stephen Wolfram Ask Me Anything About Science & Technology
5. How Did Human Beings Acquire the Ability to do Math?
(October 29, 2012) Keith Devlin concludes the course by discussing the development of mathematical cognition in humans as well as the millennium problems. Originally presented in the Stanford Continuing Studies Program. Stanford University: http://www.stanford.edu/ Stanford Continuing S
From playlist Lecture Collection | Mathematics: Making the Invisible Visible
Physics - Fluid Dynamics (4 of 25) Viscosity & Fluid Flow: Viscosity (Dynamic vs Kinematic)
Visit http://ilectureonline.com for more math and science lectures! In this video I will discuss the difference between dynamic and kinematics viscosity. Next video in this series can be seen at: https://youtu.be/V9aHmAWqsoA
From playlist PHYSICS 34 FLUID DYNAMICS
Science & Technology Q&A for Kids (and others) [Part 82]
Stephen Wolfram hosts a live and unscripted Ask Me Anything about science and technology for all ages. Find the playlist of Q&A's here: https://wolfr.am/youtube-sw-qa Originally livestreamed at: https://twitch.tv/stephen_wolfram If you missed the original livestream of this episode,
From playlist Stephen Wolfram Ask Me Anything About Science & Technology
Camillo De Lellis: The Onsager Theorem
Abstract: In the fifties John Nash astonished the geometers with his celebrated isometric embedding theorems. A folkloristic explanation of his first theorem is that you should be able to put any piece of paper in your pocket without crumpling or folding it, no matter how large it is. Ten
From playlist Mathematical Physics
LA Rubyconf 2015- Botany with Bytes by Lito Nicolai
Botany with Bytes Plants are tiny computers. As they grow, the sprouts are computing from first principles how to be a plant. We’ll see how they do it! This talk uses Ruby and the ‘graphics’ gem to build models of all kinds of plants, from algae blooms to juniper branches. We’ll touch on
From playlist LA Rubyconf 2015
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From playlist Mathematics
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From playlist Course | Computer Systems Laboratory Colloquium (2006-2007)
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Subscribe to Stanford Engineering's The Future of Everything podcast: https://the-future-of-everything-stanford-engineering.simplecast.com/ The vast majority of substances are neither liquid, solid, nor gas – but an alternative form that shares characteristics of liquids and gases. Among
From playlist The Future of Everything
RubyConf 2015 - Botany with Bytes by Lito Nicolai
Botany with Bytes by Lito Nicolai Plants are tiny computers. As they grow, the sprouts are computing from first principles how to be a plant. We’ll see how they do it! This talk uses Ruby and the ‘graphics’ gem to build models of all kinds of plants, from algae blooms to juniper branches
From playlist RubyConf 2015
Lizhi Chen - Topological complexity of manifolds via systolic geometry
38th Annual Geometric Topology Workshop (Online), June 15-17, 2021 Lizhi Chen, Lanzhou University Title: Topological complexity of manifolds via systolic geometry Abstract: We discuss homology and homotopy complexity of manifolds in terms of Gromov’s systolic inequality. The optimal const
From playlist 38th Annual Geometric Topology Workshop (Online), June 15-17, 2021
Linear elasticity theory. Part 3. Strain tensor.
This video introduces the strain tensor and its interpretation. Lectures created for Mechanics of Solids and Structures course at Olin College.
From playlist Lectures for mechanics of solids and structures