Recently, at a training site, an unmanned reconnaissance team consisting of unmanned vehicles and quadruped robots advanced towards the target area according to orders. In the command center, Engineer Kong from a certain center of the Army Research Institute, together with staff officers and unit commanders of participating units, used the intelligent command and control system to plan the route and reconnaissance position of unmanned equipment, and recorded data information based on the performance of unmanned equipment. Just as the formation was about to reach its target position, a robot suddenly deviated from its path of travel. Engineer Kong's analysis suggests that the robot's navigation and positioning system has been disrupted and immediate manual intervention is needed to correct the direction of travel. After assessing the situation on site, the commander issues adjustment instructions. Quickly, the robot successfully returned to the planned route. In the end, the unmanned reconnaissance team successfully completed the mission. The intelligent equipment system is complex and involves a wide range of aspects. Only through continuous practice and training can both parties achieve better human-machine hybrid control. ”The leaders of the center introduced that in order to enhance the quality and efficiency of scientific research for warfare, they closely follow the actual situation of the troops to carry out scientific research and development, conduct in-depth exercises and training to test scientific research achievements, explore the construction of a scientific research chain of "going to the army, pairing up, and conducting joint research", and accelerate the pace of technology transformation and application in front-line exercises and training practice. In practice, the center organizes scientific researchers to go deep into the front line of the military, jointly design trial plans, combat tasks, and combat scenarios with the staff and commanders, sort out the problems and deficiencies found in practical training and equipment use, and make them the focus of scientific research and development; Explore the joint research and development model of "government staff+field experts+scientific research backbone+front-line commanders+practical operators", and concentrate multiple forces to accelerate the transformation and application of scientific research achievements; Encourage researchers to establish long-term cooperation mechanisms with the military, adopt independent project initiation, joint problem-solving and other methods to carry out scientific research and development, and promote close integration between research and warfare, as well as deep coupling between research and application. In the northwest of autumn, a training ground is covered in dust. Dr. Zhu, a young research backbone of the center, is relying on practical training conducted by a certain unit to conduct technical research on a certain type of image processing system developed under her leadership. She controls the drone while preprocessing the images it sends back, helping the training team solve problems encountered in reconnaissance target recognition and image interpretation. The system is currently not stable enough and still needs to undergo practical training and refinement. ”Dr. Zhu introduced that she has carried equipment to the front line of training for multiple trials, collected a large amount of data, and provided strong support for system improvement. Not only that, she also used training breaks to discuss and exchange ideas with military officers and soldiers, listening to their opinions and suggestions on system improvement. The topic originates from the military, and the achievements serve the front line. Since the beginning of this year, a batch of innovative achievements independently developed by the center have been successfully applied to the front line of missions, promoting the digitalization construction of the military to a new level. (New Society)