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*The robots shown in the video are for illustrative purposes only.
Multiple machines are scheduled according to the TCS (Task Control System), with multiple tasks generated and robots automatically allocated based on route planning and traffic rules. They wait at congested nodes and are released to pass when necessary, enabling collaborative scheduling among multiple machines. Multiple lift robots are arranged through the TCS scheduling system, and the scheduling system allocates their travel paths. This operating mode is suitable for dense unmanned AMR (Autonomous Mobile Robot) and lift robot clusters in scenarios such as factories, warehouses, and logistics, involving multiple tasks and machines operating collectively (Dispatcher, Route, Schedule).
*The robots shown in the video are for illustrative purposes only.
Multiple machines are scheduled according to the TCS (Task Control System), with multiple tasks generated and robots automatically allocated based on route planning and traffic rules. They wait at congested nodes and are released to pass when necessary, enabling collaborative scheduling among multiple machines. Multiple lift robots are arranged through the TCS scheduling system, and the scheduling system allocates their travel paths. This operating mode is suitable for dense unmanned AMR (Autonomous Mobile Robot) and lift robot clusters in scenarios such as factories, warehouses, and logistics, involving multiple tasks and machines operating collectively (Dispatcher, Route, Schedule).