helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
Through what means can flexibility and autonomy for users with visual impairments using tactile graphics be enhanced?Direction: Accessibility and Assistive Technology
Tactile Graphics, 3D Printing, and Haptic Feedback
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104
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2025
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104 items
lightbulbPractical problemTactile Graphics, 3D Printing, and Haptic Feedback
People with visual impairments struggle to independently create graphics and remember information in complex environments.helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How do blind or low-vision people achieve independent navigation in multi-story buildings?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
Which 3D model design (flat, sliding stack, or rotating stack) best supports cross-floor spatial cognition?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How can haptic feedback and 3D printing help blind or low-vision people understand cross-floor connection points (e.g., elevators and escalators)?lightbulbPractical problemTactile Graphics, 3D Printing, and Haptic Feedback
Blind or low-vision people easily get lost in multi-story buildings and struggle with independent navigation.helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
What common strategies do sighted users and BLV users adopt when assembling laser-cut models?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
What differences exist in assembly methods between the two user groups?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
Which tactile design features of laser-cut models positively or negatively affect the assembly process?lightbulbPractical problemTactile Graphics, 3D Printing, and Haptic Feedback
BLV users struggle to assemble complex laser-cut models, affecting the user experience.helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How can 3D tactile map symbols (TactIcons) be designed for intuitive recognition by blind or low vision users?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
Based on tactile cognition, which symbol design guidelines can improve blind people's recognition of 3D printed tactile symbols?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How can a modular testing method evaluate the cognitive effectiveness of 3D tactile symbols?lightbulbPractical problemTactile Graphics, 3D Printing, and Haptic Feedback
Blind people struggle to understand complex dot symbols and legends, increasing travel difficulty.helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
Can blind people independently design complex textile patterns through a system combining audio and haptic feedback?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
In collaboration between blind weavers and instructors, can a "mutual aid model" be more effective than an "independent model" for creative work?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How can multimodal interaction systems combining haptic and auditory feedback reduce the cognitive load of blind people creating complex patterns?lightbulbPractical problemTactile Graphics, 3D Printing, and Haptic Feedback
Blind people struggle to independently create and understand complex textile patterns due to limitations of existing design tools.helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How can optimization methods generate customized tactile maps that meet the needs of blind and low-vision users?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How can information redundancy and interference in traditional tactile maps be reduced to improve recognition efficiency?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How effective are optimization techniques (linear programming and ant colony optimization) in tactile map design?lightbulbPractical problemTactile Graphics, 3D Printing, and Haptic Feedback
Blind and low-vision users struggle to obtain tactile maps that meet personal needs and are easy to use.helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
What challenges do blind users face during package pickup in China?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How can parcel lockers (KuaiDiGui) be redesigned to better meet blind users' needs?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How effective are multimodal interaction designs (e.g., voice, haptic feedback) in improving parcel locker accessibility?lightbulbPractical problemTactile Graphics, 3D Printing, and Haptic Feedback
Blind users struggle to independently use parcel lockers for package pickup.helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
What dynamic factors influence the association between haptic perception and emotion?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
Do dynamic shape changes without visual information elicit consistent emotional associations?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How do temporal and force characteristics of dynamic shape changes affect users' emotional certainty?lightbulbPractical problemTactile Graphics, 3D Printing, and Haptic Feedback
Blind people or those in non-visual environments struggle to perceive emotions evoked by haptic shape changes.helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
What are the development trends and major research contributions of tactile graphics technology from 2010 to 2020?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
What advantages do 3D-printed models and touchscreens combined with audio feedback have over traditional tactile graphics?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
What deficiencies exist in current tactile graphics technology in application domains (e.g., education, workplace)?lightbulbPractical problemTactile Graphics, 3D Printing, and Haptic Feedback
Blind people struggle to efficiently access complex information through traditional tactile graphics, especially in education and workplace settings.helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How does tactile guidance from drones improve precise localization of small objects for blind or visually impaired people?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
What differences exist in force feedback thresholds at different connection points for visually impaired users?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
What advantages does drone tactile guidance have over audio guidance in navigation accuracy and UX?lightbulbPractical problemTactile Graphics, 3D Printing, and Haptic Feedback
Blind people struggle to precisely locate small items in unfamiliar environments.helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How have digital fabrication technologies (e.g., laser cutting, 3D printing) been applied in long-term practice educating blind or visually impaired children?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
Compared with 3D printing, are technologies such as laser cutting more suitable for producing educational tactile materials?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
What challenges and limitations do digital fabrication tools encounter in educational environments?lightbulbPractical problemTactile Graphics, 3D Printing, and Haptic Feedback
Visually impaired children's education lacks cost-effective tactile learning materials.helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How can haptic feedback help blind users identify and manipulate multiple objects in real time in 2D dynamic spaces?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
Can delivering haptic feedback on the palm while using the back of the hand as input effectively support real-time interaction?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
Which haptic designs and technologies best improve user performance in dynamic multitarget tasks such as games?lightbulbPractical problemTactile Graphics, 3D Printing, and Haptic Feedback
Blind users struggle to quickly identify and manipulate objects in dynamic multitarget tasks such as games.helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
How can circuit prototyping tools and environments be designed for blind or low-vision users?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
Can audio and haptic feedback significantly improve efficiency and accuracy of circuit prototyping for blind or low-vision users?helpResearch questionTactile Graphics, 3D Printing, and Haptic Feedback
Can low-cost 3D-printed add-ons help blind or low-vision users independently complete electronics learning tasks?lightbulbPractical problemTactile Graphics, 3D Printing, and Haptic Feedback
Blind or low-vision users struggle to safely and efficiently learn and operate electronic circuit prototypes.Related papers
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Enhancing Tactile Learning: A Co-Designed System for Supporting Speech Interaction with Multi-Part 3D Printed Models by Students who are Blind
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"It Brought the Model to Life": Exploring the Embodiment of Multimodal I3Ms for People who are Blind or have Low Vision
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Data at Hand: Exploring the Tactile Perception of Data Physicalizations
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“It’s Kind of Context Dependent”: Understanding Blind and Low Vision People’s Video Accessibility Preferences Across Viewing Scenarios
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TacNote: Tactile and Audio Note-Taking for Non-Visual Access
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