Annu Int Conf IEEE Eng Med Biol Soc. 2017 Jul;2017:714-717. doi: 10.1109/EMBC.2017.8036924.
In this paper, a surface multi-pad stimulation electrode with selective characteristics was designed, it was safe to use and easy to mount. Then a wearable and distributed multi-pad functional electrical stimulation (FES) prototype combined with sensing, communication and smart technology was designed, which can achieve a fast, intelligent optimization to determine stimulation electrode sites and comfortable stimulation. In addition, in order to improve the application and convenience of FES in the rehabilitation at clinical and home-setting, an Android application (APP) based on smart phone was designed for running an algorithm of searching optimal stimulation site. The prototype has been validated by performing selective stimulation on one healthy subject, and showed that the FES system can automatically determine the stimulation site.
本文设计了一种具有选择性特征的表面多极板刺激电极，其使用安全且易于安装。然后设计了一种结合传感、通信和智能技术的可穿戴分布式多极板功能性电刺激（FES）原型，该原型能够实现快速、智能优化以确定刺激电极位置并实现舒适刺激。此外，为提高FES在临床和家庭康复中的应用及便利性，设计了一款基于智能手机的安卓应用程序（APP）来运行搜索最佳刺激部位的算法。该原型已通过对一名健康受试者进行选择性刺激得到验证，结果表明该FES系统能够自动确定刺激部位。
