Drones with a “human brain”! Connect and read (video)

As you read in EL, Scientists developed A small brain-like organ made from human stem cells, They connected it to a computer and demonstrated its capabilities as a kind of organic machine learning chip, showing that it could quickly accommodate speech recognition and mathematical predictions.

the Brainware system It uses a field of self-organizing living human brain cells mounted on an electrode chip!!!!!!

Besides, in China, a team of scientists made a major breakthrough in drone technology last month, where, According to the South China Morning Post. They have developed a drone with… a “human brain” that can participate in “group chats.”, Like real human groups.

How is this possible???

Drone swarms appear to talk, cooperate, and divide up their tasks using human language, making it easier for operators to understand the machines’ behavior. The main feature of these drones is an artificial “human brain” that enables them to communicate with each other using natural language. This capability was developed based on a large open source language model called InternLM. It enables seamless communication between operators and drones, bridging the gap between humans and machines.

This innovation could have far-reaching applications in enhancing security patrols, disaster rescue operations and air logistics!

It is clear that they will be able, if necessary, to turn on unruly citizens!

Reports say that… The “human brain” is based on a broader open-source Chinese language model called “intern LM”, which was developed by a group of researchers at the School of Visual and Electronic Artificial Intelligence on the campus of Northwest University in Changi. boycott.

Drones are equipped with multiple sensors and algorithms for obstacle avoidance, low-altitude searching and visual positioning. In other words, these drones can scan their surroundings from different angles and positions, allowing them to collect data and perform tasks efficiently.

The Chinese government is working to establish itself as a global leader in humanoid robotics technology by 2027. The ultimate goal is to create humanoid robots capable of operating in harsh and dangerous conditions.

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