helpResearch questionShape-Changing Interfaces and Deformable Display Design
How do large-scale deformable air quality displays affect building occupants' perception and behavior?Direction: General AI Systems and Interaction Design
Shape-Changing Interfaces and Deformable Display Design
Stats are based on currently indexed question data; missing sources remain visible.
42
items
11
sources
2024
latest
All questions
32 items
helpResearch questionShape-Changing Interfaces and Deformable Display Design
Can coordinating deformation and color change enhance comprehensibility of air quality information?helpResearch questionShape-Changing Interfaces and Deformable Display Design
Does biomimetic feedback help users more effectively understand changes in air quality?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How do users associate deformable shapes of varying stiffness and angle with color and emotion?helpResearch questionShape-Changing Interfaces and Deformable Display Design
Does the association between color and emotion change when visual observation is not possible?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How can magnetic materials be used to design low-cost, high-resolution interactive shape displays?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How can magnetic board design be optimized to reduce interference and improve display precision?helpResearch questionShape-Changing Interfaces and Deformable Display Design
What role does dynamic levitation height optimization play in improving shape display interactivity?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How can a deformable mechanical surface be designed without requiring independent actuators for each joint?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How can such surfaces enable dynamic interaction at architectural scale?helpResearch questionShape-Changing Interfaces and Deformable Display Design
To what extent can this technology reduce costs and improve energy efficiency?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How can a power-free multi-pin array dynamic shape-changing display be designed based on magnetic materials?helpResearch questionShape-Changing Interfaces and Deformable Display Design
Can existing magnetic materials achieve high-resolution dynamic deformation effects with lower cost and complexity than traditional methods?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How can deformation display performance and control precision be optimized by adjusting parameter relationships between magnetic strips and pin arrays?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How can selective heating achieve local and sequential deformation of 3D-printed objects?helpResearch questionShape-Changing Interfaces and Deformable Display Design
Can combining conductive materials and shape memory polymers (SMP) effectively improve deformation trigger precision and efficiency?helpResearch questionShape-Changing Interfaces and Deformable Display Design
What material and structural properties must integrally embeddable deformation units satisfy to support all-3D-printing solutions?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How can programmable magnetic pixel interfaces be designed and fabricated to support complex magnetic interactions such as selective attraction, repulsion, and non-interaction?helpResearch questionShape-Changing Interfaces and Deformable Display Design
Can non-expert users design and rapidly fabricate complex magnetic material interaction behaviors through digital tools?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How can a low-cost, precise, and reprogrammable toolchain automate manufacturing of magnetic pixels?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How do deformable display interfaces convey information about audio zones (audio control regions) through physical shape changes?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How do users understand and control complex audio zone behaviors and properties through interactive deformable interfaces?helpResearch questionShape-Changing Interfaces and Deformable Display Design
Do deformable interfaces provide better audio zone interaction experience than traditional 2D displays in home multi-user environments?helpResearch questionShape-Changing Interfaces and Deformable Display Design
As a medium, what dynamic display design capabilities and expressive potential does Fluid Fiber have?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How can Fluid Fiber's structure and expressive capacity be explored from artistic and design practice perspectives?helpResearch questionShape-Changing Interfaces and Deformable Display Design
What tools can be designed to help non-technical users create dynamic information displays using Fluid Fiber?helpResearch questionShape-Changing Interfaces and Deformable Display Design
Can rope-driven dynamic shape-changing spatial display systems offer greater flexibility and cost-effectiveness than traditional static displays?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How can modular hardware and user-friendly software tools support development and diverse applications of shape-changing interfaces?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How does the STRAIDE platform support developers in achieving more complex 3D visualization and interaction in dynamic spatial displays?helpResearch questionShape-Changing Interfaces and Deformable Display Design
How can freehand drawing and computational assistance enable direct design and fabrication of on-skin interfaces on the human body?helpResearch questionShape-Changing Interfaces and Deformable Display Design
When integrating design with the human body surface, how can aesthetics, functionality, and design correctness be balanced?helpResearch questionShape-Changing Interfaces and Deformable Display Design
What specific help can real-time visual guidance and dynamic constraints provide in on-skin interface design?Related papers
CHI 2024
Evaluating ActuAir: Building Occupants' Experiences of a Shape-Changing Air Quality Display
Eleni Margariti, Vasilis Vlachokyriakos, Abigail C Durrant
CHI 2024
Squishy, Yet Satisfying: Exploring Deformable Shapes' Cross-Modal Correspondences with Colours and Emotions
Cameron Steer, Kim Sauvé, Anika Jain
CHI 2024
MagneSwift: Low-Cost, Interactive Shape Display Leveraging Magnetic Materials
Kentaro Yasu
UIST 2023
Constraint-Driven Robotic Surfaces, at Human-Scale
Jesse T Gonzalez, Juhi Kedia, Sapna Tayal
UIST 2022
MagneShape: A Non-electrical Pin-Based Shape-Changing Display
Kentaro Yasu
UIST 2022
ShrinkCells: Localized and Sequential Shape-Changing Actuation of 3D-Printed Objects via Selective Heating
Kongpyung (Justin) Moon, Haeun Lee, Jeeeun Kim
UIST 2022
Mixels: Fabricating Interfaces using Programmable Magnetic Pixels
Martin Nisser, Yashaswini Makaram, Lucian Covarrubias
CHI 2022
Investigating Potentials of Shape-Changing Displays for Sound Zones
Stine S Johansen, Timothy Merritt, Rune Møberg Jacobsen
CHI 2022
"It Puts Life into My Creations": Understanding Fluid Fiber as a Media for Expressive Display
Guanhong Liu, Haiqing Xu, Xianghua(Sharon) Ding
CHI 2022
STRAIDE: A Research Platform for Shape-Changing Spatial Displays based on Actuated Strings
Severin Engert, Konstantin Klamka, Andreas Peetz
CHI 2021
BodyStylus: Freehand On-Skin Design and Fabrication of Epidermal Interfaces
Narjes Pourjafarian, Marion Koelle, Bruno Fruchard