brain link
TRANSCRIPT
Hans Berger, 汉斯 . 贝格尔1924 年记录人类第一张脑电图 EEG ( Electroencephalography )
Hans Berger, father of EEG, recording the first human brainwave diagram known as EEG in human history
BRAINLINK 原理
•我们平均每天有 7 万个想法,每个想法会产生生物电
•大脑产生的电量在 10 到 23 瓦之间,足以点亮一个灯泡
•这些生物电信号具有节律性的变化,也就是俗称的“脑电波”
•1924 年,汉斯 . 贝格尔第一次成功记录下脑电图( EEG )
•并将其命名 α ( Alpha )波
•Our brains have 70,000 thoughts everyday
•The total electricity of the brain is 10-23W, able to lit up a light bulb
•These electric signal changes base on brain status in regular patents
•In 1924, first human brainwave diagram (EEG) is recorded
•It was named Alpha wave
脑机接口( Brain-Computer Interface )
利用传感器和芯片算法建立大脑与计算机的联通Brain-Computer Interface is a technology that builds connection between human b
rains and computers via microchip, sensors, and electrodes
侵入式 BCIInvasive BCI
非侵入式 BCINon-invasive BCI
民用脑机接口体积更小、成本更低、佩戴更便捷、更关注用户体验
BCI for Consumers are now smaller, more afforable, and with better user experiences
Health & Wellness: Brain Yoga 5 mins a day of minfulness Maintain a healthy habit for the brainKeep track of brainwave data from meditation
Edutainment: Brain Training with Neuro-gaming Harness the telekinetic power of your mindPlay games with mind-controlChallenges that improves focus overtime
民用化脑电波产品将是未来人机交互的主要方式之一。加上物联网概念和技术的发展,将 BrainLink 接入各种物联网平台,与更多的智能设备建立连接,将可以实现大脑与万物联通,配合机器学习、 AI 、算法等手段,让机器真正读懂大脑,提供更加智能的服务体验。
移动健康大数据:心理健康数据的量化 / BIG data & wearable in healthcare
智能家居:让房子读懂大脑 / Home automation: houses that understand emotions
前沿科技领域:车联网、无人机、机器人、 VR、 AR / Drones, robots, VR, AR, IOT...
大脑接入互联网:深度学习、超级人工智能 / Brain-Internet: deep learning, super AI
市场前景:脑与万物互联The Future of Brain IOT