近10年脑机接口技术用于康复医学领域的可视化分析

doi:10.3969/j.issn.1006-9771.2024.04.006

Abstract

Abstract:

Objective To analyze the use of brain-computer interface technology in the field of rehabilitation in the last decade.

Methods The articles of brain-computer interface technology used in rehabilitation from January, 2013 to August, 2023 in CNKI and Web of Science core collection database were retrieved. CiteSpace 6.2.R4 software was applied for visualized analysis, and the corresponding knowledge map was drawn.

Results A total of 1 582 literatures were retrived, including 506 in Chinese and 1 076 in English. The annual publication volume was on the rise. For English, China was the country with the highest number of literatures, and the United States with the highest centrality. For Chinese, the most high-yield author was Ming Dong, and the most high-yield institution was Tianjin University; while the most high-yield authors were Birbaumer N and Jochumsen M, and the most high-yield institution was the University of Tübingen in English. Research hotspots included motor imagery, stroke, EEG signals, etc. The researches could be clustered in four areas: basic research, disease, function and joint application. Brain-computer interfaces combined with motor imagery, exoskeleton rehabilitation robots, functional electrical stimulation and virtual reality after stroke accounted for a large portion of applications.

Conclusion The research related to brain-computer interfaces applied to the field of rehabilitation is generally on the rise. Future attention may continue to be given to the use of brain-computer interface technology in patients with stroke, spinal cord injury and amyotrophic lateral sclerosis. Basic research on neuroplasticity and signal decoding deserves the attention of domestic scholars.

Key words: brain-computer interface, rehabilitation medicine, visualized analysis

CLC Number:

YANG Rong, WANG Qian, ZI Yang, CHEN Yiting, LI Yingcai, LENG Jun. Brain-computer interface technology used in rehabilitation medicine in the last decade: a visualized analysis[J]. Chinese Journal of Rehabilitation Theory and Practice, 2024, 30(4): 416-423.

Figures/Tables 11

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References 50

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序号	中文作者	发文量/n	序号	英文作者	发文量/n
1	明东	11	1	Birbaumer N	21
2	何峰	7	2	Jochumsen M	21
3	王仲朋	6	3	Guan C	18
4	伏云发	5	4	Ang K K	16
5	陈龙	4	5	Azorín J M	16

序号	机构	发文量/n	中心性	序号	机构	发文量/n	中心性
1	天津大学	36	0.00	1	图宾根大学	57	0.19
2	华南理工大学	23	0.00	2	图宾根大学医学院	45	0.19
3	燕山大学	18	0.00	3	奥尔堡大学	36	0.10
4	杭州电子科技大学	17	0.00	4	苏黎世联邦理工学院	33	0.05
5	复旦大学附属华山医院	11	0.03	5	洛桑联邦理工学院	25	0.02

序号	关键词	频次	中心性
1	运动想象	42	0.23
2	脑卒中	39	0.11
3	综述	8	0.02
4	卷积神经网络	7	0.00
5	脑电信号	7	0.04
6	上肢	7	0.02
7	康复机器人	6	0.07
8	虚拟现实	6	0.01
9	人工智能	6	0.02
10	运动功能	6	0.01

编号	大小	Silhouette	主要关键词
#0	68	0.906	共空间模式、功能性近红外光谱、脑卒中
#1	37	0.862	支持向量机、运动想象、事件相关去同步、下肢运动想象、相关指数分析
#2	34	0.871	脑卒中、上肢、上肢运动功能、综述、信息交换
#3	33	0.791	脑电信号、康复训练、深度学习、人工智能、卷积神经网络
#4	30	0.960	接口技术、微电极、大脑皮质、外骨骼
#5	20	0.811	康复、功能性电刺激、功能重建、神经性疼痛
#6	10	0.980	聚类分析、研究热点、文献计量学、脑卒中康复

编号	大小	Silhouette	主要关键词
#0	44	0.619	functional connectivity; stroke recovery; functional near-infrared spectroscopy; functional electrical stimulation; action observation
#1	39	0.760	motor imagery; stroke rehabilitation; virtual reality
#2	37	0.746	spinal cord injury; motor imagery; functional electrical stimulation; tetraplegia; motor learning
#3	36	0.636	deep learning; task analysis; feature extraction; brain modeling; convolutional neural network
#4	36	0.551	assistive technology; machine learning; electroencephalogram; evaluation; upper extremity neuroproteins
#5	32	0.696	amyotrophic lateral sclerosis; locked-in state; locked-in syndrome; transcranial direct current stimulation; laterality coefficient
#6	29	0.704	event-related desynchronization; event-related synchronization; mathematical models; cognitive dysfunction
#7	28	0.715	potentials; performance; communication; machine interfaces; movement intention

Brain-computer interface technology used in rehabilitation medicine in the last decade: a visualized analysis

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序号	关键词	频次	中心性
1	motor imagery	345	0.01
2	electroencephalogram	192	0.03
3	recovery	177	0.06
4	classification	171	0.04
5	stroke	139	0.01
6	system	96	0.08
7	stroke rehabilitation	92	0.05
8	communication	91	0.04
9	performance	87	0.03
10	functional electrical stimulation	85	0.06

排名	研究	频次	中心性
1	Ramos-Murguialday A等^[11](2013)	129	0.25
2	Biasiucci A等^[12](2018)	111	0.15
3	Cervera M A等^[13](2018)	102	0.06
4	Lotte F等^[14](2018)	95	0.19
5	Pichiorri F等^[15](2015)	85	0.21

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