helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How does abstraction bias in traditional questionnaire methods affect cognitive load measurement?Direction: General AI Systems and Interaction Design
Sensory Substitution, Cognitive Load, and Blind Operation
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2025
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44 items
helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
Can combining haptic and visual feedback improve accuracy and user experience in cognitive load measurement?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How does haptic feedback in cognitive load measurement compare with other multimodal interaction approaches?lightbulbPractical problemSensory Substitution, Cognitive Load, and Blind Operation
Traditional questionnaires struggle to accurately capture users' cognitive load and subjective experience.helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
Can non-verbal audio cues (e.g., discrete sound effects and continuous tones) reduce users' cognitive load in complex assembly tasks?CUI '24Situated Conversational Agents for Task Guidance: A Preliminary User Study
helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
In task guidance, what specific advantages can non-verbal audio cues offer over no audio cues or traditional text/visual cues?CUI '24Situated Conversational Agents for Task Guidance: A Preliminary User Study
helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How do different non-verbal audio cue modes (discrete, continuous, no cue) affect users' task completion efficiency and experience?CUI '24Situated Conversational Agents for Task Guidance: A Preliminary User Study
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
helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How can a wearable haptic cuff convey 3D trajectory and velocity information of a space robotic arm to operators?UbiComp '24A Wearable Haptic Sleeve Interface for Spaceflight Robotic Arm Operations
helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How does vibration-driven haptic travel illusion perform in microgravity environments?UbiComp '24A Wearable Haptic Sleeve Interface for Spaceflight Robotic Arm Operations
helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
What effects can this haptic feedback technology achieve in reducing visual load and improving operational efficiency?UbiComp '24A Wearable Haptic Sleeve Interface for Spaceflight Robotic Arm Operations
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
helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
During 3D scanning, can audio and haptic feedback replace visual feedback to reduce users' reliance on screens?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How do audio and haptic feedback affect users' interaction performance and scan quality in public scanning environments?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
Can a 3D scanning app integrating audio and haptic guidance effectively reduce drift during scanning?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.helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How do physical properties in spatiotemporal modulation (STM) affect users' perceived haptic intensity?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
Can a predictable mathematical model quantify users' perceived intensity of mid-air ultrasonic haptics?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
Which physical parameters most strongly affect user perceived intensity in multi-point STM?lightbulbPractical problemSensory Substitution, Cognitive Load, and Blind Operation
Users' ultrasonic haptic experiences are inconsistent, and design optimization relies on trial and error.helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How can high-resolution haptic feedback on the tongue be achieved through electrical stimulation?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How do tactile and gustatory sensations on the tongue interact to affect perception?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How can designers without technical backgrounds rapidly prototype tongue-based haptic interfaces?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.helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How can full-palm electro-tactile feedback be achieved without impeding natural palm touch sensation and operational ability?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
By stimulating specific nerves on the back of the hand and wrist, can referred tactile sensation accurately simulate touch on the palm?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
Can this approach replace existing haptic feedback technologies that obstruct palm function?lightbulbPractical problemSensory Substitution, Cognitive Load, and Blind Operation
Electro-tactile devices mounted on the palm side severely impair users' tactile sensitivity and operational dexterity.helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
Can computers distinguish perceptual differences among vibration patterns by simulating the human tactile system?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
Can physiological-model-based prediction of vibration perceptual differences remain robust in noisy environments?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How do models combining rhythmic and spectral features improve match with user perception?lightbulbPractical problemSensory Substitution, Cognitive Load, and Blind Operation
Designing vibration patterns requires costly subjective user evaluation for validation.helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
Without visual feedback, do users prefer on-body touch interaction with haptic feedback?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How can vibration devices generate natural click haptic effects on different skin areas?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
Can a single nail-mounted vibration device achieve multidimensional haptic patterns to enhance interaction performance?lightbulbPractical problemSensory Substitution, Cognitive Load, and Blind Operation
In scenarios without visual assistance, users struggle to clearly confirm touch interaction input.helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
In VR, can squeeze-haptic posture reinforcement reduce users' visual dependence on keyboards during mid-air input?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
Which haptic feedback scheme most effectively reduces mid-target key collisions during mid-air input?helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How does posture-reinforcing haptic feedback affect visual load and cognitive performance for novice versus expert users in mid-air input?lightbulbPractical problemSensory Substitution, Cognitive Load, and Blind Operation
Users cannot achieve touch-typing-like experiences in VR comparable to physical keyboards.helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
How does visuo-tactile synchrony affect users' efficiency in learning tactile spatiotemporal signals?UbiComp '21Investigating the Impact of Sensory Synchronization on Learning Tactile Spatiotemporal Signals
helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
Does reducing visual information help improve decoding ability of tactile signals?UbiComp '21Investigating the Impact of Sensory Synchronization on Learning Tactile Spatiotemporal Signals
helpResearch questionSensory Substitution, Cognitive Load, and Blind Operation
Can combining sensory synchrony and deprivation optimize tactile signal learning outcomes?UbiComp '21Investigating the Impact of Sensory Synchronization on Learning Tactile Spatiotemporal Signals
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
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