helpResearch questionGroup and Swarm Robot Collaboration
How can swarm robots dynamically represent human body parts to achieve 'body ownership' and 'sense of agency'?Direction: Agents, Robotics, and Social Interaction
Group and Swarm Robot Collaboration
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20 items
helpResearch questionGroup and Swarm Robot Collaboration
How do swarm robot size, density, and control algorithms affect users' body perception and interaction experience?helpResearch questionGroup and Swarm Robot Collaboration
In VR and real-world scenarios, how can swarm robots be optimized to avoid collisions and follow human movement?lightbulbPractical problemGroup and Swarm Robot Collaboration
Users struggle to dynamically adapt to complex task environments through traditional robots.helpResearch questionGroup and Swarm Robot Collaboration
How do multi-robot quantity and movement patterns affect human cognitive performance and emotional response?helpResearch questionGroup and Swarm Robot Collaboration
Compared with non-anthropomorphic robots, how much do anthropomorphic robots affect users' sense of being watched?helpResearch questionGroup and Swarm Robot Collaboration
How does cognitive task type moderate the sensitivity of emotional and performance effects to robot characteristics?lightbulbPractical problemGroup and Swarm Robot Collaboration
In multi-robot environments, human cognitive efficiency and emotional experience may be disrupted.helpResearch questionGroup and Swarm Robot Collaboration
How can swarm robots dynamically create more interactive and customizable fidgeting experiences?helpResearch questionGroup and Swarm Robot Collaboration
Which characteristics of swarm robots can significantly enhance users' fidgeting experiences, such as emotion regulation or focus improvement?helpResearch questionGroup and Swarm Robot Collaboration
How do different fidgeting modalities (e.g., magnetic and spring-car) affect user intuitiveness and engagement?lightbulbPractical problemGroup and Swarm Robot Collaboration
Traditional fidgeting tools cannot dynamically respond to users' personalized needs.helpResearch questionGroup and Swarm Robot Collaboration
When endowed with power, can robots influence team decisions more than humans?helpResearch questionGroup and Swarm Robot Collaboration
How do power and agent type (robot vs. human) interact to affect decision-making?helpResearch questionGroup and Swarm Robot Collaboration
How do robots endowed with legitimate leadership or reward authority change people's decision behavior?lightbulbPractical problemGroup and Swarm Robot Collaboration
When team decisions involve robots, people may struggle to determine whose advice to follow.helpResearch questionGroup and Swarm Robot Collaboration
How does perceived identity of robot teammates affect team creativity output?helpResearch questionGroup and Swarm Robot Collaboration
How do different conversational styles (human-like or machine-like) moderate robot teammates' impact on team creativity?helpResearch questionGroup and Swarm Robot Collaboration
How can robots as team members alleviate psychological pressure of highly socially anxious members and enhance creativity?lightbulbPractical problemGroup and Swarm Robot Collaboration
Users feel social anxiety in team creative collaboration, affecting creative quality.Related papers
CHI 2024
Swarm Body: Embodied Swarm Robots
Sosuke Ichihashi, So Kuroki, Mai Nishimura
CHI 2024
Impact of Multi-Robot Presence and Anthropomorphism on Human Cognition and Emotion
Jiadi Luo, Veronika Domova, Lawrence H Kim
UIST 2023
SwarmFidget: Exploring Programmable Actuated Fidgeting with Swarm Robots
Lawrence H Kim, Veronika Domova, Yuqi Yao
CHI 2023
“Should I Follow the Human, or Follow the Robot?” — Robots in Power Can Have More Influence Than Humans on Decision-Making
Yoyo Tsung-Yu Hou, Wen-Ying Lee, Malte F Jung
CHI 2021
IdeaBot: Investigating Social Facilitation in Human-Machine Team Creativity
Angel Hsing-Chi Hwang, Andrea Stevenson Won
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