HCI.TOPHCI, made easy

arrow_backBack to questions View categoryarrow_forward

Sensing, Recognition, and Prediction Methods / Physical Environment Sensing and Everyday Measurement Methods

Users cannot measure food nutritional content and calories accurately in real time.

lightbulbPractical problemPhysical Environment Sensing and Everyday Measurement Methods

Users cannot measure food nutritional content and calories accurately in real time.

UbiComp '22WiNE: Monitoring Microwave Oven Leakage to Estimate Food Nutrients and Calorie

Similar questions

lightbulbPractical problemPhysical Environment Sensing and Everyday Measurement Methods

Existing grain moisture detection devices are expensive, bulky, and limited in accuracy.

UbiComp '24GrainSense: A Wireless Grain Moisture Sensing System based on Wi-Fi Signals

lightbulbPractical problemPhysical Environment Sensing and Everyday Measurement Methods

Users cannot easily detect invisible dental problems such as cavities or tartar at home.

UbiComp '24ToMoBrush: Exploring Dental Health Sensing using a Sonic Toothbrush

lightbulbPractical problemPhysical Environment Sensing and Everyday Measurement Methods

mmWave communication has insufficient sensing coverage and signal separation capability in dynamic multi-target scenarios.

UbiComp '23Side-lobe Can Know More: Towards Simultaneous Communication and Sensing for mmWave

Related papers

GrainSense: A Wireless Grain Moisture Sensing System based on Wi-Fi Signals

Zhu Wang, Zhen Chen, Yao Zhang

ToMoBrush: Exploring Dental Health Sensing using a Sonic Toothbrush

Kuang Yuan, Mohamed Ibrahim, Yiwen Song

Show, Not Tell: A Human-AI Collaborative Approach for Designing Sound Awareness Systems

Jeremy Zhengqi Huang, Reyna Wood, Hriday Chhabria

Side-lobe Can Know More: Towards Simultaneous Communication and Sensing for mmWave

Qian Yang, Hengxin Wu, Qianyi Huang