helpResearch questionSmart Environment and IoT SensingHow does the improved AirSpec smart glasses perform across different environments?UbiComp '23AirSpec: A Smart Glasses Platform, Tailored for Research in the Built Environment
helpResearch questionSmart Environment and IoT SensingHow can dynamic and interactive transparency be achieved in smart cities to meet residents' diverse needs regarding sensor deployment?CHI '24Signs of the Smart City: Exploring the Limits and Opportunities of Transparency
helpResearch questionSmart Environment and IoT SensingHow can the public express demands for smart city transparency through co-design?CHI '24Signs of the Smart City: Exploring the Limits and Opportunities of Transparency
helpResearch questionSmart Environment and IoT SensingHow are existing forms of information disclosure (such as signage) insufficient for building public trust?CHI '24Signs of the Smart City: Exploring the Limits and Opportunities of Transparency
helpResearch questionSmart Environment and IoT SensingHow can smart glasses platforms optimize environmental monitoring and user perception measurement?UbiComp '23AirSpec: A Smart Glasses Platform, Tailored for Research in the Built Environment
helpResearch questionSmart Environment and IoT SensingHow can multifunctional sensor suites enhance research on environmental health and human comfort?UbiComp '23AirSpec: A Smart Glasses Platform, Tailored for Research in the Built Environment
helpResearch questionSmart Environment and IoT SensingHow can a general building-level distributed sensing system be designed and deployed to meet requirements for privacy protection, high-precision sensing, and scalability?UbiComp '23Mites: Design and Deployment of a General-Purpose Sensing Infrastructure for Buildings