helpResearch questionUser-Defined Gesture Design and Evaluation
What intuitive body gestures do users prefer when using the upper arm and forearm for interaction input?Direction: Sensing, Recognition, and Security
User-Defined Gesture Design and Evaluation
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2025
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56 items
helpResearch questionUser-Defined Gesture Design and Evaluation
What user-consensus gestures and design principles exist for intermanual deictic gestures related to body-surface interaction?helpResearch questionUser-Defined Gesture Design and Evaluation
What consistency characteristics exist for gestures across different body regions (e.g., palm, forearm, upper arm)?lightbulbPractical problemUser-Defined Gesture Design and Evaluation
Users struggle to find intuitive and consistent interaction schemes when using body-surface interaction.helpResearch questionUser-Defined Gesture Design and Evaluation
How can gestures reflecting spatial thinking be classified and studied to support more intuitive 3D user interface design?helpResearch questionUser-Defined Gesture Design and Evaluation
How do users with different spatial abilities perform when using spatial gestures in 3D design tasks?helpResearch questionUser-Defined Gesture Design and Evaluation
Which natural spatial gestures most effectively support users' spatial visualization and understanding of spatial relations?lightbulbPractical problemUser-Defined Gesture Design and Evaluation
Gesture input struggles to support intuitive spatial thinking when users operate 3D virtual environments.helpResearch questionUser-Defined Gesture Design and Evaluation
How can culturally applicable autonomous vehicle (AV)-cyclist interfaces replace traditional eye contact and gesture communication?helpResearch questionUser-Defined Gesture Design and Evaluation
How do traffic infrastructure and cyclist behavior across cultural backgrounds affect interoperability and UX of AV interfaces?helpResearch questionUser-Defined Gesture Design and Evaluation
Can an 'omni-interface' integrating multimodal information meet diverse cultural needs and improve cyclists' trust and safety?lightbulbPractical problemUser-Defined Gesture Design and Evaluation
Cyclists and autonomous vehicles struggle to communicate efficiently, increasing traffic safety risks.helpResearch questionUser-Defined Gesture Design and Evaluation
Which mid-air gestures do users prefer for controlling smart home scenes?helpResearch questionUser-Defined Gesture Design and Evaluation
How do users view maintaining gesture consistency across different smart home scenes?helpResearch questionUser-Defined Gesture Design and Evaluation
Which gesture logics are easier for users to accept and transfer across devices?lightbulbPractical problemUser-Defined Gesture Design and Evaluation
Users struggle to remember and adapt to complex, inconsistent smart home gesture controls.helpResearch questionUser-Defined Gesture Design and Evaluation
How do one-handed gesture direction, intensity, and other features relate to emotion dimensions (valence and arousal)?helpResearch questionUser-Defined Gesture Design and Evaluation
Through which channels (e.g., communication habits, bodily expression) do people tend to convey emotion via gestures?helpResearch questionUser-Defined Gesture Design and Evaluation
Are one-handed gestures suitable for low-burden, real-time emotion tracking systems, and to what extent can they improve effectiveness?lightbulbPractical problemUser-Defined Gesture Design and Evaluation
Users struggle to express and record emotional states naturally and with low burden.helpResearch questionUser-Defined Gesture Design and Evaluation
How can a multisensory gesture interaction system be designed to enhance control and situational awareness for visually impaired users?helpResearch questionUser-Defined Gesture Design and Evaluation
Which mid-air gesture and sensory feedback combinations are best suited for visually impaired users operating fully autonomous vehicles?helpResearch questionUser-Defined Gesture Design and Evaluation
Can multisensory support (audio, haptic) improve efficiency and accuracy of intersection navigation for visually impaired users?lightbulbPractical problemUser-Defined Gesture Design and Evaluation
Visually impaired users lack effective interaction methods and environmental awareness support when operating fully autonomous vehicles.helpResearch questionUser-Defined Gesture Design and Evaluation
How can a gesture password strength evaluation tool be designed to improve security of user-created passwords?helpResearch questionUser-Defined Gesture Design and Evaluation
How does dynamic interactive feedback affect complexity and memorability of user gesture passwords?helpResearch questionUser-Defined Gesture Design and Evaluation
Which specific gesture features (e.g., curvature, symmetry) can accurately distinguish weak from strong passwords?lightbulbPractical problemUser-Defined Gesture Design and Evaluation
Users often create weak gesture passwords that are vulnerable to guessing attacks.helpResearch questionUser-Defined Gesture Design and Evaluation
How can gesture types and forms based on index finger augmentation devices (iFADs) be systematically characterized?helpResearch questionUser-Defined Gesture Design and Evaluation
What is the gesture input performance of index finger augmentation devices under different algorithms?helpResearch questionUser-Defined Gesture Design and Evaluation
Compared with whole-body and touchscreen gestures, what advantages do iFAD gestures offer in speed, acceptability, and precision?lightbulbPractical problemUser-Defined Gesture Design and Evaluation
Users lack intuitive and efficient gesture interaction methods on wearable devices.helpResearch questionUser-Defined Gesture Design and Evaluation
Can lightweight "wiggle" gestures enable users to complete information collection and categorization tasks more efficiently?helpResearch questionUser-Defined Gesture Design and Evaluation
Can "wiggle" gestures significantly reduce operational complexity and cognitive load compared with traditional information collection tools?helpResearch questionUser-Defined Gesture Design and Evaluation
How can lightweight interaction techniques such as "wiggle" gestures provide consistent and efficient UX on desktop and mobile devices?lightbulbPractical problemUser-Defined Gesture Design and Evaluation
Users must repeatedly copy and paste when collecting information, which disrupts the reading experience.helpResearch questionUser-Defined Gesture Design and Evaluation
How can foot gesture interaction languages suitable for multi-user social scenarios be designed?UbiComp '22Shoes++: A Smart Detachable Sole for Social Foot-to-foot Interaction
helpResearch questionUser-Defined Gesture Design and Evaluation
How can detachable smart insoles support complex multi-user foot interaction?UbiComp '22Shoes++: A Smart Detachable Sole for Social Foot-to-foot Interaction
helpResearch questionUser-Defined Gesture Design and Evaluation
What technologies can improve multi-user foot gesture recognition accuracy?UbiComp '22Shoes++: A Smart Detachable Sole for Social Foot-to-foot Interaction
lightbulbPractical problemUser-Defined Gesture Design and Evaluation
Existing smart shoe technology cannot support social foot interaction among multiple people.UbiComp '22Shoes++: A Smart Detachable Sole for Social Foot-to-foot Interaction
helpResearch questionUser-Defined Gesture Design and Evaluation
Can increasing the number of user-generated gestures effectively alleviate "legacy bias"?helpResearch questionUser-Defined Gesture Design and Evaluation
How do high-production gesture methods affect gesture diversity and quality?helpResearch questionUser-Defined Gesture Design and Evaluation
What factors influence users' decisions during gesture optimization processes?lightbulbPractical problemUser-Defined Gesture Design and Evaluation
Users struggle to propose intuitive, low-fatigue gesture designs, especially in public display scenarios.helpResearch questionUser-Defined Gesture Design and Evaluation
How can rhythm games improve attention and imitation ability in children with intellectual disabilities learning sign language?helpResearch questionUser-Defined Gesture Design and Evaluation
What effect advantages do rhythm games have over traditional video teaching methods in sign language instruction?helpResearch questionUser-Defined Gesture Design and Evaluation
How can interactive mechanisms and real-time feedback improve learning interest and motivation in children with intellectual disabilities?lightbulbPractical problemUser-Defined Gesture Design and Evaluation
Children with intellectual disabilities show low attention and weak motivation when using traditional sign language teaching methods, limiting learning outcomes.helpResearch questionUser-Defined Gesture Design and Evaluation
What head, eye, and mouth gestures can users with upper-limb motor impairments autonomously design for mobile interaction?helpResearch questionUser-Defined Gesture Design and Evaluation
Can user-defined above-the-neck gestures meet diverse user preferences and achieve social acceptability?Related papers
CHI 2025
Intermanual Deictics: Uncovering Users' Gesture Preferences for Opposite-Arm Referential Input, from Fingers to Shoulder
Radu-Daniel Vatavu, Bogdan-Florin Gheran
CHI 2025
Spatial Hand Actions: Exploring the Hand Actions used to Represent Spatial Thinking for 3D Assembling Tasks
Prashant Rawat, Mayra Donaji Barrera Machuca
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Around the World in 60 Cyclists: Evaluating Autonomous Vehicle-Cyclist Interfaces Across Cultures
Ammar Al-Taie, Andrii Matviienko, Joseph O'Hagan
CHI 2024
Controlling the Rooms: How People Prefer Using Gestures to Control Their Smart Homes
Masoumehsadat Hosseini, Heiko Mueller, Susanne Boll
CHI 2024
Emotion Embodied: Unveiling the Expressive Potential of Single-Hand Gestures
Yuhan Luo, Junnan Yu, Minhui Liang
CHI 2023
Autonomous is Not Enough: Designing Multisensory Mid-Air Gestures for Vehicle Interactions Among People with Visual Impairments
Paul D. S. Fink, Velin Dimitrov, Hiroshi Yasuda
CHI 2023
GestureMeter: Design and Evaluation of a Gesture Password Strength Meter
Eunyong Cheon, Jun Ho Huh, Ian Oakley
CHI 2023
iFAD Gestures: Understanding Users' Gesture Input Performance with Index-Finger Augmentation Devices
Radu-Daniel Vatavu
UIST 2022
Wigglite: Low-cost Information Collection and Triage
Michael Xieyang Liu, Andrew Kuznetsov, Yongsung Kim
CHI 2022
Iterative Design of Gestures During Elicitation: Understanding the Role of Increased Production
Andreea Danielescu, David Piorkowski
CHI 2022
We Play and Learn Rhythmically: Gesture-based Rhythm Game for Children with Intellectual Developmental Disabilities to Learn Manual Sign
Youjin Choi, JooYeong Kim, Chan Woo Park
CHI 2022
"I Don't Want People to Look At Me Differently'': Designing User-Defined Above-the-Neck Gestures for People with Upper Body Motor Impairments
Xuan Zhao, Mingming Fan, Teng Han
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