bcis

BCIs can help paralyzed patients control peripheral devices and communicate with the outside world.

脑-机接口能帮助身体严重残疾的瘫痪患者控制外围设备或者与外界通信。

Among all BCI modalities, BCIs based on the steady state visual evoked potential ( SSVEP) can provide higher accuracy and a faster information transfer rate.

在诸多的脑机接口模式中，基于稳态视觉诱发电位的BCI系统能提供更高的分类准确率和更快的信息传输率。

Over the past decade, the BCIs technology rapid development mainly focus on new control technology based on the EEG activity recorded at the scalp or single-unit activity recorded within cortex.

在过去的十年中BCI技术研究迅速发展，主要集中在以头皮脑电记录的脑电活动或脑内单个电极记录的皮层脑电信号活动为基础的新控制技术。

In order to improve the patients' quality of life and decrease the burden of society and family, brain computer interfaces ( BCIs) provide an efficient and promising solution.

为了改善他们的生活质量和减轻家庭与社会的负担，脑机接口技术展现了光明前景。

The low information transfer rate ( ITR) is an intrinsic problem that binary BCIs face, and restricts their practical application.

较低的信息传输率一直是二进制脑-机接口系统所面临的一个潜在的问题，并严重限制了它在实际生活中的应用。

The BCI systems based on spontaneous EEG and distinguishable mental tasks would be a promising system for this kind of BCIs is no need for stimulation equipment and long-term training.

其中利用自发脑电信号，通过识别特定意识任务实现控制的BCI系统不需要外部刺激装置和长时间的训练，具有很大的应用前景和价值。

If you would like to participate in either of these schemes, you should complete this form and return it to BCIS.

如果你想参加任何一项，请填写此表并寄回给“联谊会”。