The future development direction of robots, with human-machine integration occupying a place

According to the national "14th Five Year Plan" development plan, the China Electronics Society, facing the needs of the national intelligent manufacturing development strategy, combined with the latest development frontiers and trends of "hard technology", conducted research and visits to backbone enterprises with technological leadership and unique application advantages in the field of robotics, and organized visits to scholars and experts in the field of robotics from well-known universities and research institutions, A systematic analysis has been conducted on research reports on robotics from authoritative think tanks and well-known strategic consulting companies, as well as analysis reports on robotics innovation and entrepreneurship. Based on China's national conditions and the current development status of robotics, the top ten hot topics in robotics application products from 2022 to 2023 have been proposed.

 

As the first application proposed, humanoid robot technology is the most promising.

 

Humanoid robots, which walk on two feet and operate with both hands, are a form of robot that performs anthropomorphic and multitasking tasks. The technology includes key technologies such as high-density servo motors, high-dynamic motion planning and control, machine vision, navigation and movement, emotion recognition and human-machine interaction, and machine learning. In the future, it will have important application value in scenarios such as home services and commercial services.

 

 

Natural language understanding and emotion recognition, which interact with humanoid robot technology, are also listed in applications.

 

Natural language understanding involves recognizing human speech, body movements, and other aspects of intention, generating corresponding responses or action instructions. Emotional recognition is a further upgrade of natural language understanding technology, utilizing technologies such as image recognition, speech recognition, and big data to effectively recognize human emotions.

 

These are all important interfaces for human-computer interaction technology and the future digital age.

 

Lilith is a central control system name developed by BEZLYA, in collaboration with several domestic universities and related research institutions.

 

The biomimetic human figure in the video is only one of the many physical carriers of Lilith, rather than a fixed image of the Lilith system.

 

The Lilith system is based on Monte Carlo Tree Search (MCTS) and uses Passive Reinforcement Learning (Passive RL) as the execution logic. It can achieve various biomimetic functions and the transformation and output of human brain like logic in deep neural networks (DNNs).

 

The functions carried by the Lilith system enable the system to continuously learn and imitate the language logic, facial expressions, and body movements of "humans", and analyze corresponding scenes and emotions from them, thus infinitely approaching the behavioral logic and emotional expression of a "human".

 

In the development process of the component module of this biomimetic 3.0 intelligent robot equipped with the Lilith system, while ensuring quality and functionality, the development cost will be maximized. Each group of biomimetic mechanical equipment adopts a modular design approach, and each module can operate independently or be spliced and synchronized, resulting in relatively low maintenance costs. Meanwhile, due to the fact that each torso component of the robot is an independent component, this design also gives users more freedom of choice.

 

It is reported that the first production line of the Lilith system module has entered the mass production stage and is currently the world's first production line to complete mass production. The first batch of production this time is 500 units, including head, neck, shoulder, arm, palm, and finger modules. Due to the ongoing approval of intellectual property and patents, as well as various other reasons, all of the mass-produced products are in the development version. Bizhiliang will open the developer version for free to the following "developers", collaborate to build Bionic 3.0, and synchronize updates to all developers during product iteration updates.

 

Regarding the price, Bizhiliang stated that it is expected to compress the selling price to within the price range of 10000 yuan. After entering mass production, the selling price of each robot is expected to not exceed 5000 yuan. At the same time, it will also involve users in the model design of interaction systems and algorithms, allowing each user to have a truly unique biomimetic intelligent robot.

 

With the passage of time and the continuous iteration of technology, humanoid robots will eventually enter our lives and become our life assistants and companions.




--Reprinted from the public account: Entity doll combat experience