Transient-based click decoding for brain-computer interface cursor emulation

Overview
Request Info
More Like This
Search text
About 24 results
(0.10 seconds)
A Generalizable Brain-Computer Interface for Motor Function Restoration
05806
University of Pittsburgh researchers have developed a brain-computer interface (BCI) technology is an emerging therapeutic option for those suffering from motor dysfunction due to stroke, amputation, spinal cord injury, or neurodegenerative diseases.
Currently, BCI systems are limited in the range and flexibility of movements for paralyzed individuals, therefore hindering natural and complex movements.
This invention outperforms standard BCI systems by eliminating the need for explicit recalibration; instead, calibrating based on kinematic information.
Medical Device
Implantable Medical Device
MusculoskeletalNeuroscience
Parkinson's DiseaseOther
Sudarshan Sekhar
Bioengineering
2021-09-09
Innovative Deep Brain Stimulation for Upper-Limb Motor Control and Speech Recovery
06571
This approach targets the proprioceptive areas of the thalamus to enhance motor cortex excitability, leading to improved motor control and speech recovery in patients with conditions such as stroke, traumatic brain injury, and ALS.
It offers a personalized approach by selecting the optimal thalamic nucleus for each patient, leading to significant improvements in motor control and speech.
Medical Device
Implantable Medical Device
Neuroscience
Elvira Pirondini
Med-Physical Medicine & Rehabilitation
2023-11-16
Integrated Neural Imaging and Stimulation System for Real-Time Visualization and Control of Neural Activity
04092
By leveraging a shared optical conduit and combining distinct wavelengths for separate tasks, it minimizes complexity and interference while enhancing spatial precision and temporal control.
- Provides precise control over neural activity while monitoring calcium dynamics.
Life Science Research Tool
Neuroscience
Susanne Ahmari
Med-Psychiatry
2016-11-28
    • Technology Type
      • 19
        Medical Device
      • 3
        Life Science Research Tool
      • 1
        Digital Health
      • Add ...
    • Technology Subtype
      • 12
        Implantable Medical Device
      • 2
        Monitoring Medical Device
      • 2
        Rehab or Assistive Medical Device
      • 1
        Bioinformatics
      • 1
        Other Digital Health
      • Add ...
    • Therapeutic Areas
      • 16
        Neuroscience
      • 3
        Urology
      • 2
        Musculoskeletal
      • 2
        Otolaryngology
      • 1
        Cardiovascular
      • Add ...
    • Therapeutic Indications
      • 3
        Epilepsy
      • 2
        Bladder function restoration
      • 2
        Hearing Loss
      • 2
        Other
      • 2
        Parkinson's Disease
      • Add ...
    • Tags
      • 4
        Brain-computer interface
      • 3
        Life Science
      • 2
        Implantable Medical Device
      • 1
        Algorithm
      • 1
        Artificial intelligence (AI)
      • Add ...
    • Lead Inventor
      • 2
        Changfeng Tai
      • 2
        Elvira Pirondini
      • 2
        Helen Schwerdt
      • 2
        Murat Akcakaya
      • 1
        Andrew Schwartz
      • Add ...
    • Department
      • 7
        Bioengineering
      • 3
        Med-Physical Medicine & Rehabilitation
      • 3
        Med-Urology
      • 2
        Electrical and Computer Engineering
      • 2
        Med-Psychiatry
      • Add ...
    • All Tech Innovators
      • 4
        Elvira Pirondini
      • 4
        Jorge A. Gonzalez-Martinez
      • 3
        Arianna Damiani
      • 3
        Xinyan Cui
      • 2
        Andrew B. Schwartz
      • Add ...
    • Date Submitted
This site uses cookies to deliver a better user experience. Learn more.