Huawei's XMotion digital body control system-level solution is a subversive solution for traditional mechanical and mechatronics solutions.
Multiple dimensions such as drive/brake/steering/suspension and multiple basic quantitative indicators of each collaborative control dimension are digitally modeled for digital scenarios, and artificial intelligence algorithms are integrated to achieve:
1) Multi-dimensional collaboration, unified control unit, rather than single or partial electronic devices, which relies on the unified architecture of the iDVP platform to expand more dimensions of execution devices and quantitative indicators. If the traditional supply system purchases different suppliers or different types of devices, it is difficult to achieve high-precision detection and control across all related devices
2) Millisecond-level perception and centimeter-level motion accuracy, this should be a unique secret, heavily dependent on chips and algorithms, by no means the difference between there and none, even if other suppliers have complete chips, algorithms, electronic architecture, software control, mechanical control and other capabilities to achieve high performance and high precision, which belongs to the empowerment of Huawei's mature business
3) Double feed-forward + feedback collaborative control means that on the basis of receiving multi-dimensional fusion data from sensors, the accused actively predicts and estimates, and then actively pre-controls, which is passive to active, and this design idea and control logic have repeatedly appeared in Huawei terminal products, and is highly dependent on scenario-based experiments and artificial intelligence algorithms, which is also Huawei's traditional strength
4) 6D body motion adjustment, XYZ axis, angle coordination, traditional passive perception single control may also be realized, but unified collaborative control, as well as the most critical high-precision input (multi-dimensional fusion perception) and output (multi-dimensional prediction and intelligent control), this model can be continuously iteratively upgraded based on experimental and actual data plus scenarios, truly realizing software-defined functions
5) Various scenario-based modeling, artificial intelligence algorithms, and field test corrections can realize prediction and control based on scene and sensor data, just like entering the hospital for headaches and measuring blood, and based on symptoms and high-precision indicators of the whole body, direct prediction and verification, directly give the final diagnosis and treatment plan and then automatically execute, people do not have to do anything. These are unique secrets, the core of the core, without a large number of models and algorithms, without a real and complete field test environment, without a systematic R&D team can not be achieved, and these are Huawei's deep internal strength accumulated in the communication and terminal business for more than ten years, and it is still constantly innovating and iterating
