Use advanced technology to protect health
Brain-computer interface connection technology and the future
brain-computer interface
BCI interface
描述
Hand Function Rehabilitation Training System (BCI+)

Core patented algorithm: The core algorithm of motor imagination based on the internationally cutting-edge brain-computer interface promotes the reshaping of brain functions: Based on neuroplasticity and mirror neuron theory, a closed-loop neurorehabilitation personalized training of central-peripheral-central is formed: Adaptive adjustment of training difficulty, vivid training prescriptions Real-time brain topography display: Dynamic observation of patient's cerebral cortex activation areas and comprehensive evaluation system: Accurate assessment of user cognition, muscle strength and muscle tension, real-time dynamic monitoring of spasms intelligent rehabilitation management system: Comprehensively support prescription, data, reports, medical records and other information management

描述
Brain-computer interface neurofeedback rehabilitation training system

Core patented algorithm: The core algorithm based on the internationally cutting-edge brain-computer interface mirror neurons promotes the activation of brain functional areas: improve the rehabilitation treatment effect through real-time EEG signal collection, AI algorithms, auditory and visual inducement, and realize functional neurofeedback training activation; Multi-dimensional evaluation: Assess the child's core skills such as social, communication, and language, and output quantitative results Personalized brain-computer interface training: Push personalized training courses based on the evaluation results. Intelligent rehabilitation management system: Comprehensively support prescription, data, reports, medical records and other information management

academic profile
Academic overview
scientific research cooperation
Scientific cooperation
描述
Scientific research innovation synergy

Relying on Lepu Medical Group, it cooperated with Xi'an Jiaotong University to jointly build the NRR-Neurorehabilitation Robot Research Institute, focusing on cutting-edge technologies such as brain-computer interfaces, rehabilitation robots, and artificial intelligence medical care. It cooperated in depth to produce innovative results and lead the future development of the industry.

Research cooperation papers
  • 14
    Published high-level papers in the past three years
  • 70.97
    Sum of impact factors
  • 7
    Among them, those with impact factors>5
  • 19.12
    The highest impact factor for a single article is
描述
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