Black Sesame Intelligence and the team of Academician Liu Sheng, academician of the Chinese Academy of Sciences and executive dean of the Institute of Industrial Sciences of Wuhan University, officially reached a strategic cooperation to jointly focus on technological breakthroughs and innovative applications in the field of humanoid robots. This cooperation is based on the first humanoid robot "Tianwen" independently developed by Wuhan University as the core carrier, and is committed to endowing "Tianwen" with more powerful intelligent "brain" and "cerebellum" based on the leading chip and algorithm scheme of Black Sesame Intelligence. At the same time, the two parties are also carrying out in-depth cooperation on chip solutions for mass production of humanoid robots, and jointly lead humanoid robot technology to a new height.
The "brain" and "cerebellum" platform solutions empower robots to move to a new level of intelligence
In the process of intelligent development of robots, the brain is responsible for complex environmental perception, decision-making and task planning, while the cerebellum focuses on motor control and body coordination, which complement each other and are indispensable. Based on its deep technical accumulation in the field of chips and algorithms, Black Sesame Intelligence has created a leading robot "brain" and "cerebellum" platform solution to provide powerful perception, decision-making and control capabilities for the "Tianwen" humanoid robot.
The "brain" platform solution is supported by the powerful computing power of the Black Sesame Intelligent Huashan ®A2000 chip. The A2000 chip is built for all-scenario general knowledge, and is committed to making AI models have human common sense and knowledge, and then achieve human decision-making level. A2000 adopts advanced heterogeneous computing architecture, integrates high-performance computing core, and deeply optimizes machine learning algorithms through hardware acceleration engine, which can achieve trillions of powerful computing power per second, and provides a solid computing foundation for massive data processing and complex decision-making model operation of the robot "brain" through high computing power, high bandwidth, multi-modal fusion capability and low-power design.
Most importantly, the computing power of the A2000 chip is not only powerful, but also flexible and scalable, and can support complete embodied intelligent algorithms. This enables the robot to process multimodal information from the environment in real time, including visual, auditory, tactile, etc., and make intelligent decisions based on this information. Whether it is a complex industrial manufacturing scenario or a dynamically changing service field, the A2000 chip can provide solid computing power support for the implementation of embodied intelligent algorithms.
The "cerebellum" platform solution is based on the black sesame intelligent Wudang ®C1236 chip. The C1236 chip architecture realizes the parallel processing of AI computing tasks and control tasks through time-sharing operating system and hardware isolation technology, which significantly reduces the overall system latency and greatly improves the reliability and safety of control, and provides a reliable guarantee for the stable operation and accurate operation of robots in complex environments.
"Tianwen" evolves and opens a new era of intelligence
The "Tianwen" humanoid robot independently developed by Wuhan University has attracted much attention since the project was established in March this year. With a height of 1.7 meters and a weight of 65 kilograms, Tianwen has 36 degrees of freedom, especially its dexterous hand design, which has the ability to accurately grasp different objects, and has shown a leading edge in many key performance indicators. The cooperation with Black Sesame Intelligence will bring significant improvements to Tianwen in motion control, environmental perception and human-computer interaction, and further expand its application scenarios and practical value.
Shan Jizhang, founder and CEO of Black Sesame Intelligence, said about the cooperation: "We are very pleased to be able to carry out in-depth cooperation with the team of Academician Liu Sheng of Wuhan University. Wuhan University's profound research background and rich experience in the field of humanoid robots complement the unique advantages of Black Sesame Intelligence in chips and algorithms. Through this cooperation, the two parties will achieve the perfect integration of resources and technology, jointly promote the innovation and development of humanoid robot technology, and set a new benchmark for the industry. "
Academician Liu Sheng also has high hopes for this cooperation: "The 'Tianwen' robot is the crystallization of our team's long-term efforts, and the addition of Black Sesame Intelligence will inject new vitality and intelligent genes into 'Tianwen'." We firmly believe that through the close cooperation between the two parties, we will be able to create more intelligent and flexible humanoid robots, contribute more to the progress of human society, and promote the wide application of humanoid robots in more fields. "
With the in-depth integration of the Black Sesame intelligent cerebrobrain platform solution, the "Tianwen" robot will achieve a qualitative leap in key capabilities such as perception, decision-making and control. In the future, "Tianwen" will not only be able to master basic skills such as walking, running, and jumping, but will also better adapt to the complex and changeable environment with its strong environmental perception and interaction capabilities, and provide more intelligent and convenient services for human beings.
The cooperation between Black Sesame Intelligence and the team of Academician Liu Sheng of Wuhan University is an important layout of the two sides in technological innovation and industrial development, and also marks a new stage of development in the field of humanoid robots. Through this cooperation, Black Sesame Intelligence will continue to explore more possibilities of humanoid robot technology, and contribute more innovation and impetus to the upgrading of intelligent driving and robotics industry.