Latest Articles for Algorithms

Small biases in AI can lead to major unfair outcomes.

Discover how randomized pricing can improve revenue and address demand uncertainty.

Leveraging language models to generate clear explanations for programming solutions.

A new method to clarify how GNNs make predictions through modal logic.

New flexible forecasting framework improves accuracy in predicting energy generation.

Research explores sound analysis to improve mosquito sorting for disease control.

New algorithms improve online dynamic submodular optimization for efficient power system management.

Exploring how public data can improve privacy-preserving machine learning models.

This article covers how sparse estimation enhances kriging for better weather forecasts.

Research links Turán's theorem with efficient algorithms for finding cliques in graphs.

A new method for visualizing overlapping clusters in bipartite graphs for better insights.

Counterfactual paths shed light on AI predictions in healthcare.

New algorithms ensure stable results in combinatorial optimization problems.

A new algorithm enhances efficiency in solving mean payoff games.

Exploring fairness in selecting representatives from diverse groups.

A look at visualizing graphs on complex surfaces, focusing on the Klein bottle.

A fresh approach to make self-driving cars safer and more comfortable.

This study develops an algorithm to predict self-harm risk in female inmates.

Discover how tropical polynomial division enhances neural network efficiency.

A new method enables drones to track each other using cameras and IMUs.

This study compares learning and traditional algorithms for robot grasping tasks.

OMIGA enhances offline multi-agent learning by integrating global and local learning strategies.

A look at Bayesian structure learning and its role across various fields.

A new algorithm enhances the sampling of lattice points in polytopes.

A study on scheduling jobs efficiently using two machines and one server.

AutoDRIVE combines real-world tests with simulations for smarter driving solutions.

A new method enhances voltage control in complex power systems.

A look at flex points and their significance in mathematics.

A linear algebra approach simplifies the design of optical devices.

A new model improves clarity and accuracy in medical imaging.

A concise overview of Byte-Pair Encoding and its role in NLP.

Zespol streamlines the study of robotic swarms through flexible simulation.

A new way to manage relationships in mathematical structures for better performance.

Soft robots improve movement with real-time path planning and adaptive gaits.

Programmable matter allows materials to change shape and properties, offering diverse applications.

Exploring the role of bosons in enhancing quantum computing techniques.

Examining how changes in data influence algorithm performance and societal outcomes.

Learn how to tackle Minimum Spanning Trees in complex datasets.

A new method enhances 3D hologram quality by considering eye movement.

Researchers develop libLEARNA to enhance riboswitch creation using computational methods.