HCI.TOPHCI, made easy

arrow_backBack to questions View categoryarrow_forward

Sensing, Recognition, and Security / Physiological and Vital Sign Sensing

How does an ear-based biopotential acquisition platform perform in health monitoring and cognitive state assessment?

helpResearch questionPhysiological and Vital Sign Sensing

How does an ear-based biopotential acquisition platform perform in health monitoring and cognitive state assessment?

UbiComp '24OpenEarable ExG: Open-Source Hardware for Ear-Based Biopotential Sensing Applications

Similar questions

helpResearch questionPhysiological and Vital Sign Sensing

How can cognitive activities in UX (e.g., relevance judgments and satisfaction) be defined and quantified?

UbiComp '24Advancing Physiological Methods for Human-Information Interaction

helpResearch questionPhysiological and Vital Sign Sensing

How can the relationship between physiological signals and higher-order cognitive activities be validated and analyzed?

UbiComp '24Advancing Physiological Methods for Human-Information Interaction

helpResearch questionPhysiological and Vital Sign Sensing

How can unified standards for physiological signal measurement and experimental design improve information interaction research?

UbiComp '24Advancing Physiological Methods for Human-Information Interaction

helpResearch questionPhysiological and Vital Sign Sensing

How can users' emotional states during passive social media use be accurately identified from behavioral and physiological signals?

UbiComp '24Detecting Users’ Emotional States during Passive Social Media Use

helpResearch questionPhysiological and Vital Sign Sensing

Which data type—behavioral features or physiological signals—is more effective for high-precision emotion classification?

UbiComp '24Detecting Users’ Emotional States during Passive Social Media Use

helpResearch questionPhysiological and Vital Sign Sensing

Which emotion model is more advantageous for emotion detection during passive social media use?

UbiComp '24Detecting Users’ Emotional States during Passive Social Media Use

Related papers

Towards Reducing Continuous Emotion Annotation Effort During Video Consumption: A Physiological Response Profiling Approach

Swarnali Banik, Sougata Sen, Snehanshu Saha

ecSkin: Low-Cost Fabrication of Epidermal Electrochemical Sensors for Detecting Biomarkers in Sweat

Sai Nandan Panigrahy, Chang Hyeon Lee, Vrahant Nagoria

A Design Space for Human Sensor and Actuator Focused In-Vehicle Interaction Based on a Systematic Literature Review

Pascal Jansen, Mark Colley, Enrico Rukzio

LoEar: Push the Range Limit of Acoustic Sensing for Vital Sign Monitoring

Lei WANG

ChallengeDetect: Investigating the Potential of Detecting In-Game Challenge Experience from Physiological Measures

Xiaolan Peng, Xurong Xie, Jin Huang

"Chat Has No Chill": A Novel Physiological Interaction for Engaging Live Streaming Audiences

Raquel Breejon Robinson, Ricardo Rheeder, Madison Klarkowski

"Warm Bodies'': A Post-Processing Technique for Animating Dynamic Blood Flow on Photos and Avatars

Daniel McDuff, Ewa Nowara

Can You Hear My Heartbeat?: Hearing an Expressive Biosignal Elicits Empathy

R. Michael Winters, Bruce N. Walker, Grace Leslie