Proof of Principle of a Brain-Computer Interface Approach to Support Poststroke Arm Rehabilitation in Hospitalized Patients: Design, Acceptability, and Usability

Morone Giovanni; Pisotta Iolanda; Pichiorri Roriana; Kleih Sonja; Paolucci Stefano; Molinari Marco; Cincotti Febo; Kuebler Andrea; Mattia Donatella

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Proof of Principle of a Brain-Computer Interface Approach to Support Poststroke Arm Rehabilitation in Hospitalized Patients: Design, Acceptability, and Usability

机译：脑电器界面策划原则上，支持住院患者的失败手臂康复：设计，可接受性和可用性

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Objective: To evaluate the feasibility of brain-computer interface (BCI)-assisted motor imagery training to support hand/arm motor rehabilitation after stroke during hospitalization.

机译：目的：评价脑电脑界面（BCI）的可行性（BCI） - 拟议运动图像训练，在住院期间卒中后支持手/臂电机康复。

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来源
《Archives of Physical Medicine and Rehabilitation》 |2015年第1期|共8页
作者
Morone Giovanni; Pisotta Iolanda; Pichiorri Roriana; Kleih Sonja; Paolucci Stefano; Molinari Marco; Cincotti Febo; Kuebler Andrea; Mattia Donatella;
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作者单位

Santa Lucia Fdn IRCCS Neuroelect Imaging &

BCI Lab I-00179 Rome Italy;

Santa Lucia Fdn IRCCS Expt Neurorehabil Lab I-00179 Rome Italy;

Santa Lucia Fdn IRCCS Neuroelect Imaging &

BCI Lab I-00179 Rome Italy;

Univ Wurzburg Inst Psychol D-97070 Wurzburg Germany;

Santa Lucia Fdn IRCCS Clin Lab Expt Neurorehabil I-00179 Rome Italy;

Santa Lucia Fdn IRCCS Expt Neurorehabil Lab I-00179 Rome Italy;

Santa Lucia Fdn IRCCS Neuroelect Imaging &

BCI Lab I-00179 Rome Italy;

Univ Wurzburg Inst Psychol D-97070 Wurzburg Germany;

Santa Lucia Fdn IRCCS Neuroelect Imaging &

BCI Lab I-00179 Rome Italy;

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原文格式 PDF
正文语种 eng
中图分类康复医学;
关键词
Brain-computer interfaces; Rehabilitation; Stroke;

机译：脑电脑界面;康复;中风;

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1. Proof of Principle of a Brain-Computer Interface Approach to Support Poststroke Arm Rehabilitation in Hospitalized Patients: Design, Acceptability, and Usability [J] . Morone Giovanni, Pisotta Iolanda, Pichiorri Roriana, Archives of Physical Medicine and Rehabilitation . 2015,第3Suppla1期

机译：支持住院患者中风后手臂康复的脑机接口方法的原理证明：设计，可接受性和可用性
2. Rehabilitation of the Arm Motor Function in Poststroke Patients with an Exoskeleton-Controlling Brain: Computer Interface: Effect of Repeated Hospitalizations [J] . A. A. Kondur, E. V. Biryukova, A. A. Frolov, Human physiology . 2020,第3期

机译：术后患者的臂电机功能康复患者的外科控制脑：计算机界面：重复住院治疗的影响
3. Interface design principles for usable decision support: A targeted review of best practices for clinical prescribing interventions [J] . HorskyJ., SchiffG.D., JohnstonD., Journal of biomedical informatics. . 2012,第6期

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4. Design and Usability Evaluation of Speech Rehabilitation APP Interface for Patients with Parkinson's Disease [C] . Hsin-Chang Lo, Shih-Tsang Tang, Wan-Li Wei, International conference on universal access in human-computer interaction;International conference on human-computer interaction . 2017

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6. Advances in Hybrid Brain-Computer Interfaces: Principles Design and Applications [O] . Zina Li, Shuqing Zhang, Jiahui Pan 2019

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7. Interface design principles for usable decision support: A targeted review of best practices for clinical prescribing interventions [O] . Horsky Jan, Schiff Gordon D., Johnston Douglas, 2012

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Proof of Principle of a Brain-Computer Interface Approach to Support Poststroke Arm Rehabilitation in Hospitalized Patients: Design, Acceptability, and Usability

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