The cerebellum controller for the embodied robot features a compact design and is powered by the Rockchip RK3588 high-performance computing platform.It features a high-real-time EtherCAT communication protocol stack, a high-performance motion control algorithm library, and a rich set of AI algorithm components. This controller has...It features extensive I/O expansion capabilities and is equipped with 4GB/8GB/16GB LPDDR4X memory and 32GB/64GB/256GB of storage. eMMC flash memory, integrated GPU and NPU acceleration modules and WIFI 6, and equipped with high-performance hardware real-time Linux, can be used in machine...Development and deployment of real-time robot motion control algorithms.
For the full-body motion control of the embodied robot, this cerebellum controller provides two EtherCAT master stations (expandable up to [number missing]).(Four main stations), real-time tasks support preemptive scheduling algorithms and 99 priority levels, enabling microsecond-level operating system jitter.Dynamic and nanosecond-level interrupt response. The system provides a fully native POSIX API interface, compatible with commonly used Linux commands and...Shell scripts support isolated kernel deployment, remote development and testing, and are compatible with various third-party libraries and algorithms.Extensive image processing and AI algorithms provide solid support for real-time robot control and efficient development.
In terms of application cases, this cerebellum controller has been applied to the impedance/admittance control of our self-developed force control arm, andThe robot features master-slave control (remote operation), resulting in highly stable and smooth robot movements.