Latest Articles for Calibration

Understanding how deep learning models handle uncertainty is crucial for accurate predictions.

Discover how nonlinear techniques improve wavefront sensors for better imaging across various fields.

Combining RL with LLM guidance improves learning through careful calibration.

A robot designed to replace worn-out sensors for corn monitoring independently.

A new technique to accelerate Diffusion Transformers without losing quality.

Discover how robotics advances are reshaping tasks and environments.

How robots are transforming material measurements and data analysis in laboratories.

Discover how machine learning improves control of magnetic fields in scientific research.

A look at how IVON improves AI model performance efficiently.

A new method refines input estimation for simulation models using only output data.

Model compression techniques enable heavy models to run smoothly on smaller devices.

A look into the testing methods for self-driving car software.

How everyday devices can help us listen to the universe.

Discover how Yb atoms enhance quantum computer performance through high-fidelity gates.

A look into the accuracy of SQL from language models and calibration methods.

Learn how optimal transport shapes option pricing in finance.

STDWeb helps astronomers find bright events in the night sky.

A new approach for machines and humans to improve medical predictions.

Discover how scientists calibrate the FAST telescope for cosmic observations.

A new method improves our insights into tiny blood vessel systems.

New methods improve quantum computer calibration and performance efficiencies significantly.

Learn how DETR transforms object detection and improves prediction reliability.

ScPace enhances timestamp accuracy for deeper cellular insights.

New methods improve language models’ understanding of user choices.

Learn how the Klyshko method improves single-photon detector calibration accuracy.

Discover the importance of uncertainty quantification in improving AI reliability.

Learn about foundation models and how conformal prediction ensures reliable outcomes.

Learn about Path-Guided Particle-based Sampling and its real-world applications.

T-TIME streamlines brain-computer interfaces for easier user experiences.

Discover how integrated photonics is transforming technology with tiny, efficient light-handling devices.

BCIs offer new possibilities but face serious security threats from backdoor attacks.

A new framework to enhance radio interferometric imaging and data analysis.

New software improves data processing for radio telescopes.

Language models can sound confident yet be unreliable due to shortcut learning.

Learn how gravitational waves are classified and understood through advanced techniques.

Learn how calibration improves the accuracy of language models.

New method improves confidence in GNN predictions significantly.

Learn how multi-distribution learning makes machine systems smarter and fairer.

New methods improve traffic predictions, reducing congestion and enhancing city planning.

Scientists decode the faint 21-cm signal from hydrogen to explore cosmic origins.