7results about How to "Efficient call" patented technology

The invention provides a human-computer interaction method, electronic equipment and a storage medium, relates to the technical field of human-computer interaction, and is used for reducing user operation steps and improving user experience. The method comprises the following steps: in response to detection of a selection operation of a user on data on a current display screen, obtaining data content selected by the user, and receiving an operation instruction input by the user; calling the first large language model to perform processing operation indicated by the operation instruction on the data content to obtain a processing result of the data content; and displaying the processing result on the current display screen.

The invention relates to the technical field of experiment automation, in particular to an experiment execution method and device, computer equipment, a storage medium and a product. The method comprises the steps of obtaining experiment requirements fed back by a user; based on the experiment demand, determining an experiment formula corresponding to the experiment demand according to equipment configuration data of at least one piece of pre-stored candidate equipment; wherein the operation formula comprises target equipment selected from the candidate equipment and operation content corresponding to the target equipment; based on the experimental formula, performing experimental operation according to the target equipment to obtain an experimental result meeting experimental requirements; according to the method, efficient determination of the experiment formula is guaranteed, effective calling of the equipment is guaranteed, the error probability of the experiment equipment is reduced, then, effective execution of the experiment is guaranteed when the experiment operation is carried out according to the target equipment based on the experiment formula, and the success rate of experiment execution is increased.

The invention belongs to the technical field of novel power system operation optimization, and particularly discloses a power unit combination optimization method and system based on rapid frequency response of a wind power plant. The method comprises the following steps: establishing a system frequency response model considering a wind power rapid frequency response characteristic; taking the difference between the active step disturbance and the wind power response power and the wind power slope exit power as the input of a system frequency response model, and respectively obtaining the time domain expressions of the lowest point of the first frequency drop and the lowest point of the second frequency drop; on the premise that the safe and stable operation constraint of the system is met, with the purpose of minimizing the operation cost, a unit commitment optimization model containing the frequency change constraint is constructed; and performing equivalent processing on the nonlinear constraint, and solving the unit combination optimization model to obtain an optimal power unit combination operation strategy. The method can give full play to the quick response performance of wind power, and gives full play to the adjustable capability of the wind power while coordinating with the synchronous machine for frequency modulation.

The embodiment of the invention provides a data processing method and device based on energy storage equipment, equipment and a storage medium. The method comprises the following steps: acquiring first power, second power, charge state information of energy storage equipment, temperature information of the energy storage equipment and health state information of the energy storage equipment; the first power represents the power of loads of the photovoltaic equipment and the energy storage equipment; the second power represents the power supply power of the photovoltaic equipment; the number of the energy storage devices is at least two. If the first power and the second power meet a first preset condition, determining the charging current of each energy storage device according to the first power, the second power, the charge state information of each energy storage device, the temperature information of each energy storage device and the health state information of each energy storage device; and for each energy storage device, determining a charging strategy of the energy storage device according to the charging current of the energy storage device. The method is used for improving the data processing accuracy of the energy storage equipment.

This invention belongs to the field of bank card fraud detection technology, and discloses a bank card fraud detection system based on the uncertainty of funds. The system includes: a user feature establishment end, a behavior analysis end, and a data update end. The user feature establishment end cleans and standardizes user data, providing a comprehensive data foundation for subsequent analysis. The behavior analysis end collects the fingerprint biometrics of the current initiator and deeply analyzes the anomalies of transaction time, region, and network environment to accurately determine fraudulent transactions. The data update end updates the user's transaction data in real time, optimizing the detection model and improving recognition accuracy. The bank card fraud detection system based on the uncertainty of funds accurately detects bank card fraud and dynamically updates user features through the quantification of fund uncertainty, biometric verification, and multi-module collaboration.

The application belongs to the technical field of novel power system operation optimization, and particularly discloses a power unit combination optimization method and system based on wind power plant fast frequency response; the method comprises the following steps: a system frequency response model considering wind power fast frequency response characteristics is established; the difference between active step disturbance and wind power response power and wind power ramp-off power are taken as the input of the system frequency response model, and the time domain expressions of the first frequency drop minimum point and the second frequency drop minimum point are obtained respectively; under the premise of meeting the system safety and stability operation constraint, a unit combination optimization model containing frequency change constraint is constructed with the minimum operation cost as the target; the nonlinear constraint is equivalently processed, the unit combination optimization model is solved, and the optimal power unit combination operation strategy is obtained; the application can fully exert the performance of wind power fast response, and can fully exert the adjustable capacity of wind power while coordinating frequency modulation with synchronous machines.