Located in Haidian District, Beijing, FATRI AI Division focuses on artificial intelligence algorithms, sensor technology, functional materials technology, data collection and signal processing technology. Relying on the machine nervous system platform developed by FATRI LAB, AI Division has developed the medical artificial intelligence system and the automatic driving system.
Medical Artificial Intelligence System uses advanced artificial intelligence technology to diagnose the location, size and degree of benign and malignant of pulmonary nodules. It can give a structured diagnosis report, reduce the workload of doctors, and improve the diagnosis efficiency.
Automatic driving system will be equipped with the independently developed, more advanced, more accurate and less costly 400-line lidar and integrate with a variety of sensors, so the car will have "vision", "hearing", "touch" and other senses, greatly improve the sense of automatic driving and further improve the safety of automatic driving
Now the systems developed by AI Division are applied to various fields including energy, medical, aviation, rail transportation, precision instruments, industrial automation, the Internet of things etc. These systems could meet the needs of different customers globally, let all the users to sense the language from sensors and make contributions to continuously improve the environment, health and safety for human.
The data around the environment can be obtained by various sensors installed around the vehicle, such as laser radar、camera and millimeter-wave radar. The real-time information such as location, category, speed and orientation of the participants can be calculated by multi-sensor fusion technology.
As an important component of the unmanned system, simulation possesses a large number of actual road conditions and automatic driving scene data. Simulation module are based on the large-scale cloud computing capacity, and builds the virtual operation capacity of millions of kilometers per day. Through the open simulation service, it can access to a large number of automatic driving scenarios, and quickly complete a series of work such as testing, validation and model optimization, covering a comprehensive and safe and efficient.
Equipped with a comprehensive prediction and decision making system, the automatic driving vehicle can make corresponding trajectory prediction and intelligent planning according to real-time road conditions and road speed limit, while considering the account safety and comfort to improve driving efficiency.
The interaction system of autonomous vehicle control and chassis has the character of precision, universality and self-adapt ability. It can adapt to different road conditions, speeds, models and chassis interactive protocols. The module’s control accuracy will reach the level of 10cm.