Transition systems | Temporal logic | Model checking

Kripke structure (model checking)

A Kripke structure is a variation of the transition system, originally proposed by Saul Kripke, used in model checking to represent the behavior of a system.It consists of a graph whose nodes represent the reachable states of the system and whose edges represent state transitions, together with a labelling function which maps each node to a set of properties that hold in the corresponding state. Temporal logics are traditionally interpreted in terms of Kripke structures. (Wikipedia).

Kripke structure (model checking)
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Built-in Components of SystemModeler

Try SystemModeler for Free: https://www.wolfram.com/system-modeler/trial/ This tutorial takes a closer look at SystemModeler's built-in components and guides you through creating a model from scratch by exploring and selecting components from an extensive collection of libraries. Downloa

From playlist Systems Modeling Essentials with SystemModeler

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Quaternary tree mobile

This shows a 3d printed mobile produced using shapeways.com. This is joint work with Marco Mahler. This is available at http://shpws.me/nPha.

From playlist 3D printing

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Model Theory - part 01 - The Setup in Classical Set Valued Model Theory

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From playlist Model Theory

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From playlist Workshop: "Types, Homotopy, Type theory, and Verification"

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7 Varieties of Philosophical Skepticism - Kripke & Wittgenstein on Meaning

In this seventh lecture, James Conant discusses Kripke's work on Wittgenstein ("Kripkenstein") in regards to meaning skepticism, the rule-following paradox of meaning in the philosophy of language, which comes out of Wittgenstein's Philosophical Investigations. In this series of lectures

From playlist Wittgenstein

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Stable Homotopy Seminar, 7: Constructing Model Categories

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From playlist Stable Homotopy Seminar

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3 Varieties of Philosophical Skepticism - The Given & C. I. Lewis

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From playlist Varieties of Philosophical Skepticism - Cartesian vs Kantian

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Model Theory - part 02 - Signatures, Lawvere Categories, Structures (now valued in Categories!)

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From playlist Model Theory

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From playlist Tips and Tricks from MATLAB and Simulink Developers

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From playlist Workshop: "Proof, Computation, Complexity"

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not a lecture: just chitchat about the project and misc before extension lecture 36

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From playlist CS2: Data Structures and Algorithms - Richard Buckland

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Viewers like you help make PBS (Thank you 😃) . Support your local PBS Member Station here: https://to.pbs.org/donateidea We all know who Harry Potter is, and can conjure an image of him in our minds. There are specific properties that make a Harry THE Harry (glasses, scar, wand, etc), so

From playlist Newest Episodes

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Francois Schwarzentruber: Logique épistémique dynamique

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 Logic and Foundations

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Axioms of Constructive Set Theory Explained

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From playlist Logic

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4 Varieties of Philosophical Skepticism - Kantian Skepticism

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From playlist Varieties of Philosophical Skepticism - Cartesian vs Kantian

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(ML 12.7) Cross-validation (part 3)

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From playlist Machine Learning

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ModelExtras - Keras

Here we go over Inspecting, Saving and Loading the model - super important if we’re taking a model from fit to production! Model Inspection- I talk about the model summary (comprising of chainable and unchainable parameters). Another way to introspect the model is by looking at the config

From playlist A Bit of Deep Learning and Keras

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On the Category of hSets - Bas Spitters Bas Spitters Radboud University Nijmegen; Member, School of Mathematics April 3, 2013 For more videos, visit http://video.ias.edu

From playlist Mathematics

Related pages

Propositional calculus | Graph (discrete mathematics) | Linear temporal logic | Kripke semantics | Temporal logic | Finite set | Deadlock | Transition system | Moore machine | Saul Kripke | Computation tree logic | Modal μ-calculus | Model checking