Integrational Linguistics (IL) is a general approach to linguistics that has been developed by the German linguist Hans-Heinrich Lieb and others since the late 1960s. The term "Integrational Linguistics" as a name for this approach has been used in publications since 1977 and antedates the use of the same term for integrationism, an unrelated approach developed by Roy Harris. Integrational Linguistics continues being developed by an open group of linguists from various countries. (Wikipedia).
Integration 6 The Fundamental Theorem of Calculus
Explanation of the fundamental theorem of calculus in an easy to understand way.
From playlist Integration
Integration 9 The Area Between Two Curves Part 3 Example 1
Work through an example evaluating the area between two curves.
From playlist Integration
Integration 9 The Area Between Two Curves Part 3 Example 2
Working through an example of area between two curves.
From playlist Integration
Integration 4 The Definite Integral Part 2
Working through an example of the definite integral
From playlist Integration
Integration 12 Trigonometric Integration Part 2 Example 4.mov
Another example of trigonometric integration.
From playlist Integration
Integration 5 Mean Value Theorem of Integration Part 1
Explanation of the mean value theorem of integration.
From playlist Integration
E-Education - E-Assessment on the Virtual Linguistics Campus
Modern teaching and learning scenarios involve assessment in many ways: prior, during or after the learning process. This E-Lecture discusses the types and formats of E-Assessment used on the VLC and examines the special role of formative assessment within the Inverted Classroom Mastery Mo
From playlist E-Education on the VLC
Integration 1 Riemann Sums Part 1 - YouTube sharing.mov
Introduction to Riemann Sums
From playlist Integration
Integration 4 The Definite Integral Part 3 Example 3
Working through another example using the definite integral.
From playlist Integration
This E-Lecture builds upon Predicate Logic I and discusses the main principles of quantification. Prof. Handke explains how to use and interpret the universal, the existential and the negative quantifier and uses several examples for illustration.
From playlist VLC103 - The Nature of Meaning
Hands-on Start to Mathematica 8: Methods to get started
This 8-part screencast series gives an overview of how to get started with Mathematica 8 and the benefits for education. The second part of the series covers topics associated with methods to get started in Mathematica, including free-form input, point-and-click palettes, and Mathematica's
From playlist Hands-on Start to Mathematica 8
Wolfram Technology Conference 2010: Stephen Wolfram Keynote Part 3
Wolfram Research Founder and CEO Stephen Wolfram kicked off the Wolfram Technology Conference 2010 by highlighting the year's top developments and sharing insights on new directions for Wolfram technologies. This year's conference keynote featured the unveiling of the forthcoming Mathem
From playlist Wolfram Technology Conference 2010
Mathematica 8: Using Free-Form Input and Wolfram|Alpha Data
Mathematica 8 introduces free-form linguistic input—a whole new way to compute. Enter plain English; get immediate results—no syntax required. It's a new entry point into the complete Mathematica workflow, now upgraded with 500 additional functions and 7 application areas—including the wor
From playlist Featured Videos
Calculating linguistic entropy
The complexity of linguistic patterns can be quantified and compared using two concepts from information theory. Using data from Greek, we find that paradigms' entropy — a measure of abstract inflectional complexity — can be quite high, but their conditional entropy — which reflects gramma
From playlist Summer of Math Exposition Youtube Videos
Comprehension 1 - Situation Models & Mental Simulations according to Zwaan (2016)
In this video, I review Zwaan's (2016) review article on Situation Models & Mental Simulations.
From playlist What is Listening?
André Freitas - Building explanation machines for science: a neuro-symbolic perspective
Recorded 12 January 2023. André Freitas of the University of Manchester presents "Building explanation machines for science: a neuro-symbolic perspective" at IPAM's Explainable AI for the Sciences: Towards Novel Insights Workshop. Learn more online at: http://www.ipam.ucla.edu/programs/wor
From playlist 2023 Explainable AI for the Sciences: Towards Novel Insights
Integration 4 The Definite Integral Part 3 Example 1
An example using the definite integral.
From playlist Integration
Evolution of Learned Behaviors: A Genomic and Computational Perspective - N. Creanza - 1/14/16
Bioinformatics Research Symposium Beckman Institute Auditorium Thursday, January 14, 2016
From playlist Bioinformatics Research Symposium