Latest Articles for Machine Learning

New methods enhance author identification in Bangla texts.

Combining traditional models with data to improve nuclear reactor accuracy.

A new method enhances FQI by using log-loss for improved learning efficiency.

Federated learning improves face recognition while protecting user privacy.

A new method for efficient model editing with reduced resource needs.

A new estimator improves analysis of complex datasets with multiple outputs and noise.

A new benchmark assesses how well LLMs assist in data analysis tasks.

Discover how GSP and GFRFT reshape data analysis on graphs.

A novel approach to reward over-optimization in language models using uncertainty estimation.

ECToNAS streamlines the process of finding optimal neural network architectures.

A new method combines classical and quantum techniques for better data processing.

Introducing adversarial hypervolume to better assess deep learning model performance.

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

New training framework enhances language model learning through structured data.

A new method uses text to enhance machine learning across different visual domains.

A new approach enhances how different data types are combined for better analysis.

Study reveals key properties of inhomogeneous random matrices and spectral outliers.

DARL offers new methods for machines to learn and create images effectively.

A new method improves robot grasping by combining motion and grasp planning using point clouds.

A look at how persistent homology aids in studying solar magnetograms and activity.

Addressing fairness in machine learning for better statistical outcomes.

One4All-ST offers a streamlined way to predict urban movement and needs.

Discover how recent advancements in visual models enhance machine understanding of images.

Introducing a new model for better predicting vehicle movements in traffic.

A new method enhances GNNs by improving graph structure recognition.

Exploring graph homomorphism to enhance GNN generalization capabilities.

A new approach combines causal representation learning and foundation models for better understanding.

Innovative approach using neural networks to stabilize PDE systems efficiently.

Using technology to improve carbon capture and land surface monitoring.

DiNAS offers a new way to create high-performing neural networks quickly.

HAYATE blends machine learning and traditional techniques for better galaxy distance measurements.

New findings challenge the idea that classification and explanation robustness are linked.

This article examines how neural networks improve predictions with small initial weights.

Addressing value overestimation and primacy bias to enhance agent performance.

APRICOT enhances trust in language models by measuring answer confidence accurately.

Harnessing machine learning to enhance accuracy in demand predictions for businesses.

DiffRed combines techniques to simplify data analysis and improve results.

A new method improves accuracy in topic recommendations for software projects.

A new method for optimizing beam patterns in mmWave systems.

A new model identifies funny moments in videos using visual, audio, and text data.