helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
What is the actual impact of AI-driven chatbots such as CareCall in public health surveillance?Direction: Agents, Robotics, and Social Interaction
Embodied Agents, Multimodality, and Affective Visualization
Stats are based on currently indexed question data; missing sources remain visible.
34
items
9
sources
2025
latest
All questions
34 items
helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
How does deployment of these AI tools affect work of different stakeholders such as administrators, decision-makers, and frontline workers?helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
In what ways can chatbots such as CareCall identify care needs overlooked by traditional methods?lightbulbPractical problemEmbodied Agents, Multimodality, and Affective Visualization
Public health surveillance has limited coverage, and traditional technology increases worker burden.helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
How can large language models detect social-emotional learning (SEL) moments in videos and generate learning activities suitable for children?helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
Can three output modes (learning activities, interaction prompts, content summaries) effectively promote children's emotional reflection and parent-child interaction?helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
What specific improvements in language and emotional expression do children show after completing SEL-based activities?lightbulbPractical problemEmbodied Agents, Multimodality, and Affective Visualization
Children lack social-emotional learning opportunities while watching videos, and parents struggle to participate efficiently in interaction.helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
Which design factors enhance players' emotional engagement and immersion when using in-game chatbots?lightbulbPractical problemEmbodied Agents, Multimodality, and Affective Visualization
Players struggle to learn complex game mechanics, and existing guide resources cause overload or spoilers.helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
How can emotional attributes extracted from user text input be transformed into dynamic fluid visual effects?UIST '24Emotion Overflow: An Interactive System to Represent Emotion with Fluid
helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
How can valence and arousal be mapped to dynamic fluid properties such as color, stability, and responsiveness?UIST '24Emotion Overflow: An Interactive System to Represent Emotion with Fluid
helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
Can interactivity and fluid properties increase users' immersion in emotional expression and understanding?UIST '24Emotion Overflow: An Interactive System to Represent Emotion with Fluid
lightbulbPractical problemEmbodied Agents, Multimodality, and Affective Visualization
Users lack intuitive and dynamic means for rich emotional expression.UIST '24Emotion Overflow: An Interactive System to Represent Emotion with Fluid
helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
How can large language models (LLMs) enhance embodied conversational agents' emotional empathy and user engagement?UIST '24Empathy-GPT: Leveraging Large Language Models to Enhance Emotional Empathy and User Engagement in Embodied Conversational Agents
helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
Can LLM-driven multimodal emotional expression perform more consistently and appropriately in interaction than rule-based systems?UIST '24Empathy-GPT: Leveraging Large Language Models to Enhance Emotional Empathy and User Engagement in Embodied Conversational Agents
helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
How can emotionally expressive conversational agents adapt to users' emotional changes to improve interaction experience?UIST '24Empathy-GPT: Leveraging Large Language Models to Enhance Emotional Empathy and User Engagement in Embodied Conversational Agents
lightbulbPractical problemEmbodied Agents, Multimodality, and Affective Visualization
Existing conversational agents struggle to fluently recognize and express user emotions, reducing interaction quality.UIST '24Empathy-GPT: Leveraging Large Language Models to Enhance Emotional Empathy and User Engagement in Embodied Conversational Agents
helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
How can virtual museum tour systems achieve multimodal interaction (combining speech, text, virtual characters, etc.) through large language models (LLMs)?helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
What task needs (such as knowledge enhancement, navigation, and personalized preferences) do users have in virtual tours, and how can multimodal interaction address them?helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
What are the actual effects of multimodal feedback (such as speech, virtual characters, and text windows) in virtual museum tour experiences?lightbulbPractical problemEmbodied Agents, Multimodality, and Affective Visualization
Virtual museum tours lack sufficient interactivity and struggle to meet users' personalized needs.helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
How do emotional bonds in human interaction with affective AI change self-perception?CUI '22Where is Vincent? Expanding our emotional selves with AI
helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
Do humans project their emotions onto AI with emotional expression, thereby affecting social relationships?CUI '22Where is Vincent? Expanding our emotional selves with AI
helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
Does technology-supported emotional expression blur emotional boundaries between humans and machines?CUI '22Where is Vincent? Expanding our emotional selves with AI
helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
How do users understand and cope with emotional impact when interacting with affective AI?CUI '22Where is Vincent? Expanding our emotional selves with AI
helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
How can emotional arousal be detected from voice input and mapped to bubble shapes to enhance emotional expression in text chat?helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
Compared to traditional emoji, can voice-based bubble shapes more effectively convey senders' emotional arousal intensity?helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
Can ACGAN-generated bubble shapes reduce perceptual gaps in emotional arousal between senders and receivers?lightbulbPractical problemEmbodied Agents, Multimodality, and Affective Visualization
Text chat lacks effective nonverbal emotional expression, easily causing misunderstandings.helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
How can voice dialogue agents with proactive dialogue interruption repair capabilities be designed to improve UX?helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
How can voice dialogue agents improve interaction quality with users through emotion perception and empathetic expression?helpResearch questionEmbodied Agents, Multimodality, and Affective Visualization
Can voice dialogue agents effectively persuade customers to terminate high-risk transactions when facing potential risks in online payments?lightbulbPractical problemEmbodied Agents, Multimodality, and Affective Visualization
Users' trust decreases due to interrupted or rigid communication from voice assistants, making it difficult to identify online payment risks.Related papers
CHI 2025
Understanding Public Agencies' Expectations and Realities of AI-Driven Chatbots for Public Health Monitoring
Eunkyung Jo, Young-Ho Kim, Sang-Houn Ok
CHI 2025
eaSEL: Promoting Social-Emotional Learning and Parent-Child Interaction through AI-Mediated Content Consumption
Jocelyn J Shen, Jennifer King Chen, Leah Findlater
CHI 2025
Development of an LLM-Based Chatbot to Support Learnability in Stardew Valley: A Diary Study Approach
Jungmin Lee, Seoyoung Yoon, Hwajin Shim
CHI 2024
VirtuWander: Enhancing Multi-modal Interaction for Virtual Tour Guidance through Large Language Models
Zhan Wang, Linping Yuan, Liangwei Wang
CHI 2022
EmoBalloon - Conveying Emotional Arousal in Text Chats with Speech Balloons
Toshiki Aoki, Rintaro Chujo, Katsufumi Matsui
CHI 2021
Shing: A Conversational Agent to Alert Customers of Suspected Online-payment Fraud with Empathetical Communication Skills
Jingya Guo, Jiajing Guo, Changyuan Yang