helpResearch questionAviation Emergency Decision Support
How can strain features from viscoelastic pads and visual features be effectively combined to improve weight prediction accuracy?Travel, Driving, and Mobile Situations / Aviation Emergency Decision Support
How can strain features from viscoelastic pads and visual features be effectively combined to improve weight prediction accuracy?
Similar questions
helpResearch questionAviation Emergency Decision Support
How can video technology and viscoelastic pad materials be combined to achieve high-precision weight prediction without disturbing passengers?helpResearch questionAviation Emergency Decision Support
How robust is the CamScale system across different gaits, footwear, and environmental conditions?helpResearch questionAviation Emergency Decision Support
How effective are digital flight assistants in aviation settings?CUI '21Understanding the Utility of Digital Flight Assistants: A Preliminary Analysis
helpResearch questionAviation Emergency Decision Support
What are pilots' expectations and requirements for digital flight assistants?CUI '21Understanding the Utility of Digital Flight Assistants: A Preliminary Analysis
helpResearch questionAviation Emergency Decision Support
How can digital flight assistants enhance safety and reduce cognitive load in complex environments such as noise and single-pilot operations?CUI '21Understanding the Utility of Digital Flight Assistants: A Preliminary Analysis
helpResearch questionAviation Emergency Decision Support
What are the manifestations of end-to-end workflow complexity for professional drone pilots?Related papers
UbiComp 2023
Don’t “Weight” to Board: Augmenting Vision-based Passenger Weight Prediction via Viscoelastic Mat
Jong Taek Lee, Yu Kai Lim, Shijia Pan
CHI 2021
What Matters in Professional Drone Pilots’ Practice? An Interview Study to Understand the Complexity of Their Work and Inform Human-Drone Interaction Research
Sara Ljungblad, Yemao Man, Mehmet Aydın Baytaş