Uncertainty is a major component of subjective logic beliefs. We discuss the cloud of uncertainty across Markov networks, insights from computational irreducibility, and negative quantum quasiprobabilities and beliefs.


This talk will discuss the global optimization functionality in Wolfram Language. It builds upon the convex and convertible to convex optimization functionality developed previously and extends to functionality for solving ...

In this presentation, we discuss the completion of computational templates with parameters that are extracted from text specifications using a question answering system. We outline the general method and demonstrate ...

Dataset has become a widely used tool to process and manipulate data in the Wolfram Language, but its scope has been limited to the data stored in kernel's memory. In ...

In this talk, we will cover the usage of the NDSolve family of functions and the finite element method. The aim is to enable attendees to set up partial differential ...

Polaris-M was written in Mathematica as the first tool for analyzing interactions within optical systems by using real-world data and scientifically proven modeling. This presentation examines functions and displays written ...

The recent addition of PatternReaction and ApplyReaction to Wolfram Language allows the user to programmatically manipulate atoms and bonds in molecule objects in a chemically meaningful way. This talk shows ...

In this talk I will present NetExternalObject, a new symbol in Wolfram Language 13.2. It exposes new functionality to interface with external deep learning frameworks and run neural networks in their ...

This talk is an overview of upcoming features related to calculus and algebra in Wolfram Language, including dramatic speedups in polynomial algebra, new NFractionalD and NCaputoD functions, algorithmic advances for ...

The upcoming release of Mathematica includes significant performance improvements in polynomial algebra functions and in linear algebra for matrices of univariate polynomials. The release also includes functionality extensions in polynomial ...

We introduce a unified model of cellular automata that represents rules by vectors of functions termed genes. We also discuss symmetric indices based on gene symmetry in each rule. We ...

Fractional calculus develops the theory of differentiation of any real or complex order and studies the methods of solving differential equations involving these fractional-order derivatives. It is able to generalize ...

We modify a 2002 IRT model applied to Supreme Court justices’ votes, adopting a nonconjugate prior for case parameters and allowing justices' locations on a simple left/right spectrum to vary ...

Recent developments in Wolfram Language related to symbolic ODEs are presented. The new DSolve option IncludeSingularSolutions is described. The significant improvements in the method of undetermined coefficients are discussed. Finally, ...

Using Wolfram Language, we can explore information provided by a raft of data reporting within enterprise systems to better to find patterns and insights for companies. Wolfram Language can import, ...

This presentation shows a detailed view of SearchOnMath, a search engine specializing in formulas and text from domains with math content. It includes the ability to search arXiv preprints and ...

In recent versions, we have added functionality to make Wolfram Language more directly applicable to the calculus classroom. I will focus, in particular, on the new functions ImplicitD, IntegrateChangeVariables and ...