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General AI Systems and Interaction Design / Industrial Knowledge Sharing and Cognitive Assistants

How do different interaction modes (e.g., smartphone vs. laptop) affect workers' performance when interacting with CLAICA?

helpResearch questionIndustrial Knowledge Sharing and Cognitive Assistants

How do different interaction modes (e.g., smartphone vs. laptop) affect workers' performance when interacting with CLAICA?

IUI '23Lessons Learned from Designing and Evaluating CLAICA: A Continuously Learning AI Cognitive Assistant

Similar questions

helpResearch questionIndustrial Knowledge Sharing and Cognitive Assistants

How can 3D printing enable low-cost information encoding and decoding based on anisotropic light reflection?

CHI '25LumosX: 3D Printed Anisotropic Light-Transfer

helpResearch questionIndustrial Knowledge Sharing and Cognitive Assistants

How can 3D-printed surfaces be optimized to enhance control precision of light reflection direction and brightness contrast?

CHI '25LumosX: 3D Printed Anisotropic Light-Transfer

helpResearch questionIndustrial Knowledge Sharing and Cognitive Assistants

Which dynamic interactive application scenarios can this method support without relying on complex equipment?

CHI '25LumosX: 3D Printed Anisotropic Light-Transfer

helpResearch questionIndustrial Knowledge Sharing and Cognitive Assistants

How can subjective thermal sensation scores be predicted from combinations of contextual environmental features?

UbiComp '24Exploring Contextual Feature Combinations for Prediction of Subjective Thermal Perceptions

helpResearch questionIndustrial Knowledge Sharing and Cognitive Assistants

Can thermal comfort be predicted efficiently using only outdoor and personal features without PMV data?

UbiComp '24Exploring Contextual Feature Combinations for Prediction of Subjective Thermal Perceptions

helpResearch questionIndustrial Knowledge Sharing and Cognitive Assistants

Which specific contextual features contribute most to subjective thermal comfort prediction?

UbiComp '24Exploring Contextual Feature Combinations for Prediction of Subjective Thermal Perceptions

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