3results about How to "Adjust dynamics" patented technology

This application discloses a method, apparatus, storage medium, and electronic device for adjusting transmission power, relating to the field of smart home technology. The method includes: receiving device information reported by a communication module, wherein the device information includes at least: the device network identifier of the device where the communication module is located and the corresponding device model; determining the current device's configuration information in different dimensions based on the device information; determining the target transmission power to be executed by the communication module based on the configuration information and preset configuration data; and adjusting the historical transmission power of the communication module on the current device using the target transmission power. This solves the problems of single configuration strategy, poor flexibility, and low efficiency when dynamically managing the transmission power of communication modules in the cloud. Furthermore, by receiving and parsing the device information of the communication module in the cloud, multi-dimensional configuration parameters are determined to intelligently and dynamically adjust the historical transmission power settings of the communication module in the IoT device.

The invention relates to the technical field of unmanned aerial vehicle electric power inspection, and discloses a man-machine mixed transformer substation collision-free intelligent inspection system, which comprises the steps of transformer substation inspection personnel intention recognition: performing operation intention judgment according to the propulsion amount and swing degree of an operator control rod and the heart rate of an operator input by a multi-sensor system; and collision-free flight under a man-machine hybrid control algorithm: according to the intention recognition result of the inspection personnel, performing convolution operation on the input data of the millimeter wave radar carried by the unmanned aerial vehicle and the motion state of the unmanned aerial vehicle, and judging the autonomous auxiliary flight takeover degree of the unmanned aerial vehicle in combination with the flight track prediction of the unmanned aerial vehicle to achieve collision-free flight in the inspection process. By applying the unmanned aerial vehicle, a common substation inspector can be allowed to fly safely without collision in the process of operating the unmanned aerial vehicle to inspect, and compared with an existing passive defense unmanned aerial vehicle, a full-automatic unmanned aerial vehicle inspection system which can only plan a route in advance and other methods, the unmanned aerial vehicle inspection system has the advantages of being low in operation threshold, high in safety, high in maneuverability and the like.

The present invention provides an intelligent scheduling method for simulating spatiotemporal collaborative operations based on digital twins, which relates to the field of intelligent scheduling technology, including: S1: collecting combat-related data, building a digital twin model based on the combat-related data, and verifying the digital twin model, wherein the combat-related data includes scene data, environmental data, equipment parameters, and historical combat data; S2: dividing resource categories according to battlefield information, matching equipment for each resource category, and forming a resource group; S3: obtaining scheduling tasks, and using a multi-dimensional scheduling algorithm in the digital twin model to perform optimal scheduling according to the scheduling tasks and resource groups, and obtaining the optimal scheduling plan for the scheduling tasks. The present invention not only formulates a comprehensive and detailed scheduling plan based on the three core dimensions of tactical effect, resource utilization, and energy efficiency, but also can flexibly adjust and give corresponding optimization plans according to changes in combat needs.