Latest Articles for Pose Estimation

A benchmark to assess self-supervised learning's ability in geometric tasks.

mmDiff improves human pose estimation accuracy using innovative radar technology.

Learn how to create 3D models of dogs using simple video footage.

A framework for aligning images of similar objects in 3D space.

PowerSkel uses WiFi signals for efficient safety monitoring in power stations.

A new method improves 3D object reconstruction using a single RGB video.

A new method improves food tracking accuracy using 3D models and 2D images.

A new approach to enhance pose estimation of surgical instruments in X-ray images.

This algorithm improves camera positioning accuracy using points and lines.

How advanced technology enhances our understanding of animal behavior.

Learn how weighted flow loss enhances pose estimation in robotics.

ImageNet3D enhances machine understanding of 3D objects in images.

New methods enhance 3D visualization of biological structures through improved pose estimation.

A new benchmark merges pose estimation and biomechanics for better human movement analysis.

A new method for estimating object pose using weakly labeled data shows promising results.

A study on how pose estimation models perform with corrupted images.

Assessing seven methods for estimating infant poses to improve developmental evaluations.

Introducing CLOi-Mapper, a flexible SLAM solution for commercial robots.

Combining visual and haptic sensors enhances pose estimation for safer human-robot collaboration.

Exploring the blend of technology and art in human modelling and pose estimation.

Discover how AI is transforming image annotation for better accuracy and speed.

RoDyn-SLAM enhances mapping and tracking in environments with moving objects.

Introducing QRFs for clearer 3D reconstructions in challenging environments.

This article discusses methods for estimating aircraft position using image data.

A new method certifies the reliability of object pose estimation under various conditions.

BaseBoostDepth improves depth accuracy with innovative techniques for computer vision.

New method creates accurate 3D models using limited images efficiently.

A self-supervised method improves pose estimation accuracy for articulated objects using minimal data.

New method enhances visual localization for augmented reality without pre-built maps.

Using CAD models can enhance robot pose estimation by addressing uncertainties.

Combining sensors improves CubeSat operations and precision in space.

This article discusses new techniques for accurate CubeSat positioning and orientation.

A new framework improves camera pose estimation in various environments.

LaPose improves object positioning using standard RGB images, addressing key challenges.

Exploring shape memory alloys for smarter soft robot interaction.

Combining AI and AR enhances satellite assembly, boosting accuracy and efficiency.

A method that aligns 3D shapes with 2D images without matched points.

New method enhances how robots locate themselves on the ISS.

SEE-ME improves pose estimation by considering human interactions in virtual spaces.

A comprehensive dataset aids in simplifying furniture assembly tasks.