AIR 049 | Tatsuo CEO Huang Xiaoqing: Three Keys to Intelligent Robotic Infrastructure

At the CCF-GAIR Summit “Commercial Scenes for Robots” on August 13th, the CEO of Daxie Technologies, a special expert of the National Thousand Talents Program, and Huang Xiaoqing, former director of the China Mobile Communications Research Institute, delivered a speech on “Cloud-based Intelligent Robots”.

Huang Xiaoqing stated that the intelligent robot infrastructure for human service generally includes three key parts: the cognitive system is placed in the cloud, and the data is analyzed as the “brain” of the robot; the hardware part of the robot performs the specific operations on the spot as the “body”; The network connects the above two parts as "nerves".

The cloud of Daxie Technology is based on HARI's Xaas Cloud architecture and uses AI and HI (Human Aid) combined deep learning platform to acquire “wisdom”. For products using a deep learning platform, data is the most important, and accumulating enough data to generate learning, and the cloud can be used as a place for accumulation.

In addition, an important aspect of intelligent robots for home applications is "security." If hackers can remotely control home robots, the consequences are terrifying. For this, Huang Xiaoqing talked about the need to set up a mobile intranet to hide the robot's IP address so that the hackers could not detect the robot.

Huang Xiaoqing said that Daxie is currently developing a blinding robot with a sensing system and a cognitive system that he hopes will be available at the end of this year. However, his more ambitious goal is to make a family babysitter robot in 2025.


Floor Mounted DC Ev Charger

China Fast Car Charger,Dc Fast Charging Stations manufacturers, welcome Electric Vehicle Charging Pile,Electric Charging Stations purchasers from worldwide to visit our site.

Fast Car Charger,Dc Fast Charging Stations,Electric Vehicle Charging Pile,Electric Charging Stations

Shenzhen Hongjiali New Energy Co., Ltd. , https://www.hjlcharger.com