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General AI Systems and Interaction Design / Sensory Substitution, Cognitive Load, and Blind Operation

Users struggle to quickly master tactile signals for spatial navigation, hindering device adoption.

lightbulbPractical problemSensory Substitution, Cognitive Load, and Blind Operation

Users struggle to quickly master tactile signals for spatial navigation, hindering device adoption.

UbiComp '21Investigating the Impact of Sensory Synchronization on Learning Tactile Spatiotemporal Signals

Similar questions

lightbulbPractical problemSensory Substitution, Cognitive Load, and Blind Operation

Traditional questionnaires struggle to accurately capture users' cognitive load and subjective experience.

CHI '25Embodied Measurement: Tangible Interactions to Enhance the Validity of Self-Report Measures

lightbulbPractical problemSensory Substitution, Cognitive Load, and Blind Operation

In complex assembly tasks, users must divert attention to process visual information, leading to low efficiency.

CUI '24Situated Conversational Agents for Task Guidance: A Preliminary User Study

lightbulbPractical problemSensory Substitution, Cognitive Load, and Blind Operation

Astronauts operating space robotic arms must process large amounts of visual information, causing excessive cognitive load.

UbiComp '24A Wearable Haptic Sleeve Interface for Spaceflight Robotic Arm Operations

lightbulbPractical problemSensory Substitution, Cognitive Load, and Blind Operation

When scanning landmarks with smartphones, users must frequently check the screen, leading to visual distraction and increased stress.

CHI '24Don’t Look Now: Audio/Haptic Guidance for 3D Scanning of Landmarks

lightbulbPractical problemSensory Substitution, Cognitive Load, and Blind Operation

Users' ultrasonic haptic experiences are inconsistent, and design optimization relies on trial and error.

CHI '24Controlled-STM: A two-stage model to predict user’s Perceived Intensity for Multi-point Spatiotemporal Modulation in Ultrasonic Mid-air Haptics

lightbulbPractical problemSensory Substitution, Cognitive Load, and Blind Operation

Existing haptic interfaces have low resolution and are complex and expensive, limiting applications of tongue-based interaction.

UIST '23TactTongue: Prototyping ElectroTactile Stimulations on the Tongue

Related papers

Embodied Measurement: Tangible Interactions to Enhance the Validity of Self-Report Measures

Jakob Carl Uhl, Georg Regal, Laura Koesten

Don’t Look Now: Audio/Haptic Guidance for 3D Scanning of Landmarks

Jessica Van Brummelen, Liv Piper Urwin, Oliver James Johnston

Controlled-STM: A two-stage model to predict user’s Perceived Intensity for Multi-point Spatiotemporal Modulation in Ultrasonic Mid-air Haptics

Zhouyang Shen, Zak Morgan, Madhan Kumar Vasudevan

TactTongue: Prototyping ElectroTactile Stimulations on the Tongue

Dinmukhammed Mukashev, Nimesha Ranasinghe, Aditya Shekhar Nittala

Full-hand Electro-Tactile Feedback without Obstructing Palmar Side of Hand

Yudai Tanaka, Alan Shen, Andy Kong

Can a Computer Tell Differences between Vibrations?: Physiology-Based Computational Model for Perceptual Dissimilarity Prediction

Chungman Lim, Gunhyuk Park

Augmenting On-Body Touch Input with Tactile Feedback Through Fingernail Haptics

Peter Khoa Duc Tran, Purna Valli Anusha Gadepalli, Jaeyeon Lee

Investigating Eyes-away Mid-air Typing in Virtual Reality using Squeeze haptics-based Postural Reinforcement

Aakar Gupta, Naveen Sendhilnathan, Jess Hartcher-O'Brien