Latest Articles for Problem Solving

Meta prompting improves language model performance through task breakdown and expert collaboration.

A new tool helps beginners solve 3D printing issues more effectively.

This study analyzes existence and regularity of solutions in specific equations.

This study explores generalizing learned constraints in ASP for better performance in dynamic problems.

A new method to improve AI questioning skills for better information gathering.

A straightforward look at the Four Color Theorem and its importance.

A new method to spark creativity in problem-solving through AI support.

This article examines how Transformers solve problems using stepwise inference and graph models.

A look into the 3SAT problem and its significance in computer science.

Explore new techniques for finding solutions in mathematics and optimization.

An overview of graph coloring, distance coloring, and their complexities.

Nyx simplifies AI planning, making it flexible and user-friendly for various applications.

Learn how large language models streamline coding with effective methods.

A novel approach improves solutions for non-linear material behavior in engineering.

Language agents use graph models to enhance problem-solving abilities and collaboration.

A novel approach improves reasoning in neural networks by breaking tasks into stages.

MathSensei combines tools to improve solving math challenges effectively.

Discover how JCLEC-MO simplifies multi-objective optimization for engineers.

A look at the difficulties computers face in visual puzzle solving.

A new step enhances solution refinement in challenging optimization problems.

Learn how to mitigate negative transfer in continual reinforcement learning with Reset and Distill.

This article discusses the role of diagrams in solving systems of equations.

Introducing the IC method to improve math problem-solving accuracy.

An overview of teaching methods and resources in Constraint Programming.

A look at how quantum backtracking improves solving complex problems like Sudoku.

This article explains how tractability analysis measures the ease of solving complex mathematical problems.

A new method improves solving linear integer equations using automata and algebra.

Understanding length generalization can improve AI reasoning abilities for complex tasks.

A new framework helps language models learn from mistakes in problem-solving.

A method for accurately calculating eigenvalues and eigenfunctions in complex problems.

Learn to create strategies for complex planning in uncertain environments.

A look into totalizing jumps and their role in computational problem complexity.

A fresh look at the vehicle routing problem considering complex loading constraints.

Exploring key concepts in logic and computer science for effective reasoning.

A new approach for enhancing collaboration among language model agents.

AI agents are shaping how we tackle tasks and challenges efficiently.

In-context QD leverages past successes to create diverse solutions.

PLAYER* enhances agent communication and problem-solving in murder mystery settings.

Learn how optimization decomposition simplifies complex problem-solving in various fields.

Exploring ways to improve machine creativity through Computational Creativity.