1.功能性近红外脑功能成像
FUNCTIONAL NEAR-INFRARED SPECTROSCOPY (fNIRS)
·技术简介 / BRIEF
fNIRS实时采集皮层血氧变化，为脑功能评估与康复反馈提供无创数据。
fNIRS captures cortical hemodynamics in real time, providing noninvasive data for assessment and rehabilitation feedback.
·概括性创新技术 / INNOVATION
超薄、超轻、模块化可穿戴结构，兼顾便携采集与多刺激兼容。
An ultra-thin, lightweight and modular wearable design enables portable acquisition and compatibility with multiple stimulation modalities.
·成果概况 / ACHIEVEMENTS
已形成可穿戴脑功能检测原型，支持信号可视化、血氧转换与功能连接分析。
A wearable prototype has been developed with signal visualization, hemoglobin conversion and functional connectivity analysis.
2.经颅刺激3D导航
TRANSCRANIAL STIMULATION 3D NAVIGATION
·技术简介 / BRIEF
系统融合MRI/AI脑模型与空间定位，实现经颅刺激靶点精准导航。
The system integrates MRI/AI-brain modeling with spatial localization for precise transcranial stimulation navigation.
·概括性创新技术 / INNOVATION
双模式导航结合1000脑分区、靶点记忆与自主定位，提高刺激重复性。
Dual-mode navigation integrates 1000-region parcellation, target memory and self-developed localization to improve repeatability.
·成果概况 / ACHIEVEMENTS
已形成兼容经颅磁刺激、经颅超声刺激、经颅光刺激等设备的3D导航系统。
A 3D navigation system compatible with TMS, ultrasound and photic stimulation has been established.
3.闭环神经调控
CLOSED-LOOP NEUROMODULATION
·技术简介 / BRIEF
闭环系统融合全自动经颅磁刺激与可穿戴fNIRS，实现刺激过程实时反馈。
The closed-loop system combines automated TMS with wearable fNIRS to provide real-time feedback during stimulation.
·概括性创新技术 / INNOVATION
基于脑功能反馈动态调整刺激参数与靶点位置，支撑个体化干预。
Brain-function feedback is used to adapt stimulation parameters and target locations for personalized intervention.
·成果概况 / ACHIEVEMENTS
已构建TMS-fNIRS闭环康复方案，面向睡眠、认知与疼痛等应用场景。
A TMS-fNIRS closed-loop rehabilitation framework has been built for sleep, cognition and pain-related applications.