helpResearch questionStimulation Feedback and Posture Reproduction Interaction
Can dynamically adjusted electrical stimulation systems improve motor-skill learning outcomes and UX?Direction: Health, Healthcare, and Wellbeing
Stimulation Feedback and Posture Reproduction Interaction
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24 items
helpResearch questionStimulation Feedback and Posture Reproduction Interaction
How does dynamic feedback affect formation and accuracy of users' muscle memory?helpResearch questionStimulation Feedback and Posture Reproduction Interaction
Is a staged intervention strategy based on learning-curve models superior to static guidance strategies?lightbulbPractical problemStimulation Feedback and Posture Reproduction Interaction
Existing electrical stimulation systems struggle to adapt to user learning progress, leading to poor learning outcomes.helpResearch questionStimulation Feedback and Posture Reproduction Interaction
In high-load multitasking scenarios, can EMS automatically completing simple background tasks reduce users' mental workload?helpResearch questionStimulation Feedback and Posture Reproduction Interaction
Traditional EMS mainly assists focused tasks; how effective is applying it to secondary tasks?helpResearch questionStimulation Feedback and Posture Reproduction Interaction
Does EMS automation of background tasks interfere with foreground tasks, and how can that interference be optimized?lightbulbPractical problemStimulation Feedback and Posture Reproduction Interaction
In multitasking scenarios, physical tasks interfere with cognitive tasks, increasing mental workload.helpResearch questionStimulation Feedback and Posture Reproduction Interaction
How can a wearable brain-to-brain interface system be designed to enhance interpersonal neural synchrony?helpResearch questionStimulation Feedback and Posture Reproduction Interaction
Can EEG and tES effectively enhance neural synchrony within interpersonal groups?helpResearch questionStimulation Feedback and Posture Reproduction Interaction
What experiential characteristics do users report when using brain-to-brain synchrony systems in real-world scenarios?lightbulbPractical problemStimulation Feedback and Posture Reproduction Interaction
During teamwork, people struggle to spontaneously achieve deep neural synchrony and emotional connection.helpResearch questionStimulation Feedback and Posture Reproduction Interaction
Can magnetic stimulation replace electrical stimulation to improve the user experience of muscle stimulation technology?helpResearch questionStimulation Feedback and Posture Reproduction Interaction
How do users' perceived force feedback differ between magnetic and electrical stimulation in interactive scenarios?helpResearch questionStimulation Feedback and Posture Reproduction Interaction
How effective is magnetic stimulation at reducing user discomfort and improving postural reproduction accuracy?lightbulbPractical problemStimulation Feedback and Posture Reproduction Interaction
Current electrical stimulation technology is unsuitable for interactive scenarios requiring high comfort and flexibility.helpResearch questionStimulation Feedback and Posture Reproduction Interaction
How can closed-loop fingertip force control be achieved through active bioacoustic sensing (ABAS) and electrical muscle stimulation (EMS)?helpResearch questionStimulation Feedback and Posture Reproduction Interaction
Can systems without fingertip devices accurately estimate and adjust users' grip force levels?helpResearch questionStimulation Feedback and Posture Reproduction Interaction
Can active bioacoustic sensing overcome EMS signal noise while achieving real-time force control?lightbulbPractical problemStimulation Feedback and Posture Reproduction Interaction
Users struggle to precisely control fingertip force during fine motor tasks such as golf or surgery.helpResearch questionStimulation Feedback and Posture Reproduction Interaction
Can electrical stimulation of the trigeminal nerve enhance users' directional and intensity perception of odors?helpResearch questionStimulation Feedback and Posture Reproduction Interaction
Which stimulation parameters (e.g., charge, waveform) best convey odor direction and intensity information?helpResearch questionStimulation Feedback and Posture Reproduction Interaction
In simulated odor localization tasks, can users immediately locate odor sources using trigeminal nerve stimulation devices?lightbulbPractical problemStimulation Feedback and Posture Reproduction Interaction
People with smell loss struggle to perceive direction and intensity of odors and hazardous gases.Related papers
CHI 2025
Adaptive Electrical Muscle Stimulation Improves Muscle Memory
Siya Choudhary, Romain Nith, Yun Ho
CHI 2024
SplitBody: Reducing Mental Workload while Multitasking via Muscle Stimulation
Romain Nith, Yun Ho, Pedro Lopes
CHI 2024
PsiNet: Toward Understanding the Design of Brain-to-Brain Interfaces for Augmenting Inter-Brain Synchrony
Nathan Semertzidis, Michaela Jayne Vranic-Peters, Xiao Zoe Fang
UIST 2023
Interactive Benefits from Switching Electrical to Magnetic Muscle Stimulation
Yudai Tanaka, Akifumi Takahashi, Pedro Lopes
CHI 2023
Assisting with Fingertip Force Control by Active Bio-Acoustic Sensing and Electrical Muscle Stimulation
Arinobu Niijima, Yuki Kubo
CHI 2021
Stereo-Smell via Electrical Trigeminal Stimulation
Jas Brooks, Shan-Yuan Teng, Jingxuan Wen
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