Latest Articles for Augmented Reality

This study enhances 3D hand pose estimation from RGB images.

A new method for segmenting 3D objects without predefined categories.

A new method improves object tracking in first-person videos using 3D awareness.

New technique improves real-time tracking in virtual reality applications using IMU data.

A new method improves the blending of virtual objects into real scenes.

Study reveals strengths and weaknesses of VLMs in understanding spatial dimensions.

A new AR system enhances teamwork between humans and robots through gaze control.

A new method improves holographic images by adapting to pupil size.

New dataset improves depth estimation in various indoor environments.

This article discusses a new method to enhance image matching using affine steerers.

ARWFML allows easy creation of AR applications without deep technical knowledge.

New methods improve clarity and accuracy of 3D point clouds.

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

A new method improves eye feature estimation without extensive manual labeling.

This article discusses a new method for selecting objects using sound and touch in XR.

A new method enhances feature matching by combining geometry and color information.

Using robots and AR improves safety and efficiency in rescue missions.

New dataset and model improve object detection in indoor environments.

A new method enhances accuracy in locating objects from images.

A new method enhances 3D reconstruction from endoscopic videos for surgical applications.

EMBA enhances panoramic imaging using event camera technology.

New methods improve how systems learn object interactions with less labeling.

New approaches enhance holographic displays for better visual experiences.

A new method enhances shadow removal in images using soft shadow masks.

This paper evaluates VLMs' ability to reason about sizes and distances.

MesonGS simplifies the management of 3D Gaussian files by improving compression efficiency.

A new method enhances 3D scene clarity using 2D segmentation masks.

Introducing GRIN, a new model for depth estimation using sparse data.

This study examines how AR technology aids both novices and experts in precision tasks.

SLAck offers a new approach to tracking diverse objects in videos.

A new framework accurately estimates depth from single defocused images.

AR technology enhances visualization and tracking during complex surgical procedures.

Hi-NeuS simplifies creating 3D models from images captured by phone cameras.

MGSO enhances real-time mapping and localization for robots using single-camera technology.

This article discusses a new AR tool that improves 3D drawing accuracy.

New method improves depth map accuracy using multiple viewpoints.

A method for accurate camera calibration using a single spherical mirror.

TFS-NeRF offers a new method for 3D modeling from videos.

Researchers develop CHOIR to improve hand-object interaction accuracy.

Omni6D dataset enhances object pose estimation with diverse categories and realistic scenarios.