Latest Articles for Problem Solving

Learn how tree decomposition makes complex graphs easier to handle.

Utilizing neural networks to solve complex high-order elliptic equations efficiently.

A look at how we teach computers to learn from examples.

An overview of methods to factor polynomials efficiently.

An overview of greedoids and polymatroids in mathematics and their applications.

Learn how polynomials help us make better guesses and manage errors.

Learn how optimization methods improve decision-making and problem-solving.

Learn how SPMO makes complex math more manageable and practical.

This article explains how knowledge graphs enhance AI's visual reasoning ability.

Alice and Bob challenge assumptions about communication in solving multiple problems.

Exploring the difficulties of variable arrangement in Read-once Oblivious Algebraic Branching Programs.

Exploring the reasoning methods of language models in solving tasks.

SPARKLE enables effective decentralized decision-making with unique strategies for agents.

Learn how to tackle polynomial division safely and effectively.

Discover how AI tackles geometry problems using innovative datasets and methods.

A new approach to enhance MILP solutions using graph neural networks.

Discover how MALT enhances problem-solving through teamwork among language models.

Ziggu puzzles blend creativity and logic for endless brain-teasing fun.

SOFAI-v2 combines quick thinking and careful analysis for effective graph coloring.

Discover how angles and equations interact in the fascinating world of mathematics.

A new study reveals AI struggles with complex reasoning tasks compared to humans.

Strategies to overcome delays in distributed computing for matrix tasks.

A simple guide to finding positive solutions using mixed local-nonlocal operators.

A look at teamwork in solving complex problems through distributed optimization techniques.

Unraveling extremal problems in positive definite functions and locally compact Abelian groups.

A clear guide to understanding solutions in mathematics.

Learn how Trefftz-like methods simplify complex mathematical problems.

Can a square perfectly fit on a round surface? Discover the intriguing challenges.

Explore how Chain-of-Thought helps AI models reason better.

Discover how AI agents collaborate to tackle complex problems effectively.

Discover how relaxation techniques simplify complex mathematical functions.

Mathematicians explore the mystery of union-closed set families and their beloved toys.

Explore the fascinating world of Dudeney's triangle and square puzzle.

Exploring non-trivial solutions in degenerate elliptic equations.

Discover how new tools are simplifying automated planning in technology.

Explore the challenge of fitting ten points on a quadric surface.

Discover a fresh method for managing tricky optimization challenges.

ConfigX simplifies configuring evolutionary algorithms for diverse problem-solving tasks.

Discover the fascinating world of edge-graceful labeling in graph theory.

FoT enhances reasoning in large language models through diverse problem-solving paths.