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Agents, Robotics, and Social Interaction / Gaze and Attention Guidance in Remote Collaboration

Remote teams struggle to achieve both physical whiteboard interaction and flexible adjustment simultaneously.

lightbulbPractical problemGaze and Attention Guidance in Remote Collaboration

Remote teams struggle to achieve both physical whiteboard interaction and flexible adjustment simultaneously.

CHI '24Blended Whiteboard: Physicality and Reconfigurability in Remote Mixed Reality Collaboration

Similar questions

lightbulbPractical problemGaze and Attention Guidance in Remote Collaboration

Different physical scenes in remote collaboration reduce UX and communication efficiency.

CHI '25Spatial Heterogeneity in Distributed Mixed Reality Collaboration

lightbulbPractical problemGaze and Attention Guidance in Remote Collaboration

In remote collaboration, experts' observation methods are difficult to reproduce intuitively, hindering knowledge transfer.

UIST '24Mapping Gaze and Head Movement via Salience Modulation and Hanger Reflex

lightbulbPractical problemGaze and Attention Guidance in Remote Collaboration

Remote collaboration lacks tools for nonverbal communication and precise spatial coordination.

CHI '24Volumetric Hybrid Workspaces: Interactions with Objects in Remote and Co-located Telepresence

lightbulbPractical problemGaze and Attention Guidance in Remote Collaboration

Static cameras in remote collaboration poorly meet real-time dynamic observation needs.

CSCW '23Demonstrating Periscope: A Robotic Camera System to Support Remote Physical Collaboration

lightbulbPractical problemGaze and Attention Guidance in Remote Collaboration

In remote collaboration, users struggle to perceive others' positions and nonverbal communication.

CHI '23Volumetric Mixed Reality Telepresence for Real-time Cross Modality Collaboration

lightbulbPractical problemGaze and Attention Guidance in Remote Collaboration

In remote collaboration, complex problem solving is less efficient and effective than face-to-face interaction.

CHI '23Cognition-oriented Facilitation and Guidelines for Collaborative Problem-solving online and face-to-face: An in-depth examination of format and facilitation influence on problem-solving performance

Related papers

Spatial Heterogeneity in Distributed Mixed Reality Collaboration

Emily Wong, Adélaïde Genay, Jens Emil Grønbæk

Blended Whiteboard: Physicality and Reconfigurability in Remote Mixed Reality Collaboration

Jens Emil Sloth Grønbæk, Juan Sánchez Esquivel, Germán Leiva

Volumetric Hybrid Workspaces: Interactions with Objects in Remote and Co-located Telepresence

Andrew Irlitti, Mesut Latifoglu, Thuong Hoang

Volumetric Mixed Reality Telepresence for Real-time Cross Modality Collaboration

Andrew Irlitti, Mesut Latifoglu, Qiushi Zhou

Cognition-oriented Facilitation and Guidelines for Collaborative Problem-solving online and face-to-face: An in-depth examination of format and facilitation influence on problem-solving performance

Yingting Chen, Taro Kanno, Kazuo Furuta

Partially Blended Realities: Aligning Dissimilar Spaces for Distributed Mixed Reality Meetings

Jens Emil Sloth Grønbæk, Ken Pfeuffer, Eduardo Velloso

MR.Brick: Designing A Mixed-reality Educational Game System for Promoting Children's Remote Social & Collaborative Skill

Yudan Wu, Shanhe You, Zixuan Guo

GazeChat: Enhancing Virtual Conferences with Gaze Awareness and Interactive 3D Photos

Zhenyi He, Keru Wang, Brandon Yushan Feng

Designing Telepresence Drones to Support Synchronous, Mid-air, Remote Collaboration: An Exploratory Study

Mehrnaz Sabet, Mania Orand, David W. McDonald