Application:

Intelligent cluster combat scheduling system is mainly aimed at single or multiple robot operations, which can achieve such functions as location sharing, information sharing, task allocation and reasonable scheduling. It is mainly applied in large warehouses, large workshops, wharves, major fire sites, special industries and other fields.

Application significance:

Intelligent scheduling system has man-machine friendly interface operation, easy control, and can realize unattended,Control and manage vehicle operation, route planning and travel distance minimization. The system can control tasks allocation, vehicle scheduling, route management, traffic management, automatic charging and other functions. The on-board control system only needs to carry out corresponding actions according to the instructions of the upper system without a lot of calculation and processing.

Product overview:

The system improves the cooperative combat capability and individual combat capability of the combat unit, optimizes the combat effectiveness allocation, strengthens the equipment support, and maximizes the combat effectiveness of the minimum combat unit. It has location information sharing and detection information communication. It is mainly used in the scheduling of indoor and outdoor unmanned mobile platforms, autonomous patrol robots, autonomous transport robots, two-dimensional code navigation robots, omnidirectional mobile platforms and other projects, and has been widely used.

Technical advantages:

◆ automatic route planning.
◆ the vehicle status can be displayed in real time according to the uploaded position, speed, course and attitude Angle of the vehicle.
◆ dispatch and coordinate any number of vehicles at the same time.
◆ multiple vehicles can be assigned the same task, intelligent planning of different routes.
◆ can upload information according to the vehicle to show the over-voltage, under-voltage, off the line, communication abnormalities and other abnormalities.
◆ the inspection route can be automatically generated according to the real-time collected information.
◆ the vehicle can be manually controlled accordingly.
◆ only need to set the key points of action, other software can automatically plan the route.
◆ map can be automatically generated through real-time data collection or manually input data.
◆ can be assigned to the same task with more than one car, intelligent task allocation.
◆ the abnormal state of the vehicle can be handled intelligently according to the alarm information.
◆ tens of thousands of map points can also independently plan the optimal route.
◆ advanced control algorithm and fault-tolerant processing, some unexpected situation can be independently handled.

Application: