7 results about "Total response" patented technology

The invention discloses a resource scheduling method, device and equipment, a medium and a product. The method comprises the steps of obtaining a total privacy calculation task load, total response time corresponding to the total privacy calculation task load, a total privacy budget corresponding to the total privacy calculation task load, accumulated privacy budget consumption, a global instantaneous privacy budget consumption rate and a physical resource index of a calculation cluster; determining a target resource scheduling strategy according to the total privacy calculation task load, the total response time corresponding to the total privacy calculation task load, the total privacy budget corresponding to the total privacy calculation task load, the accumulated privacy budget consumption, the global instantaneous privacy budget consumption rate and the physical resource index of the calculation cluster; according to the technical scheme, the privacy budget can be prevented from being exhausted too early, and it is guaranteed that the privacy calculation task is completed efficiently and reliably.

The invention relates to an anti-interference electrochemical sensor based on a differential signal and an MOFs molecular sieve and a preparation method. The anti-interference electrochemical sensor comprises a first working electrode, a second working electrode, a reference electrode and a counter electrode, wherein the surface of the first working electrode is modified with a first functional material, and the first functional material is used for performing non-selective electro-catalysis on a target object and an interferent to generate a total response signal; the surface of the second working electrode is modified with a second functional material, and the second functional material is used for physically screening the target object according to the molecular size, allowing the interferent to pass through and performing electro-catalysis on the interferent to generate an interferent response signal; wherein the second functional material comprises a metal organic framework material; and performing differential operation on the total response signal and the interferent response signal to obtain a target object response signal. According to the sensor, accurate stripping of interference signals is achieved, intrinsic response only related to the concentration of a target object is obtained, and accurate interference resistance from the source is achieved.

The application discloses an industrial adjustable load response cost optimization system, which comprises a task acquisition and analysis module, an adjustable load screening module, an individual dynamic cost calculation module and a collaborative optimization decision module. The task acquisition and analysis module acquires a demand response task and analyzes target response capacity and total response time length. The adjustable load screening module screens a candidate load set from a pre-built industrial adjustable load characteristic library based on the total response time length. The individual dynamic cost calculation module calculates individual dynamic response costs of each device in the candidate load set based on operation data of each device in the candidate load set through a trained response cost coupling model. The collaborative optimization decision module establishes an optimization decision model with the minimum total cost as a target and a penalty term constructed in combination with collaborative operation constraints among devices, and obtains an optimal response device combination and optimal response depth of each device through solution. The application effectively reduces user-side response costs under the premise of meeting power grid regulation requirements.

The invention discloses a power load dynamic regulation and control method and system based on multi-agent reinforcement learning and a storage medium, and the method comprises the following steps: S1, collecting data, and classifying demand side subjects based on an improved K-Means clustering algorithm; s2, a regulation and control task is generated and issued, and each aggregator generates a bidding vector used for responding to the regulation and control task; s3, bidding vectors of all aggregators are evaluated based on a comprehensive revenue function, and regulation and control tasks are distributed according to a comprehensive revenue proportion; s4, the aggregator to which the task is allocated generates a response strategy according to local state information of each demand side main body in each aggregator by adopting a multi-agent depth deterministic strategy gradient algorithm; s5, the total response power of each aggregator is verified, and if the deviation exceeds a threshold value, coordination correction is carried out; s6, executing the corrected response instruction, and feeding back data; the method can timely and flexibly respond and efficiently allocate resources in the face of complex and changeable load resource scheduling requirements.

This invention provides a device for testing the total response time of respiratory gas monitors, comprising: a base with a medium pipeline for connecting test gas cylinders and multiple respiratory gas monitors; a timer and a monitor mounted on the base, the monitoring area of ​​the monitor covering the timer and each respiratory gas monitor. During the test, test gas is introduced from the test gas cylinders to each respiratory gas monitor through the medium pipeline. The monitor monitors the parameters displayed on the screens of each respiratory gas monitor and obtains the response time of each respiratory gas monitor based on the timer's count. In summary, in the first aspect, the testing device of this application can achieve batch testing of multiple respiratory gas monitors, thereby improving testing efficiency; in the second aspect, only one timer is needed to test the response time of multiple respiratory gas monitors, saving material costs.

This application relates to a power demand response regulation method, apparatus, computer equipment, storage medium, and computer program product. Applied to a demand response device, the demand response device is installed between the terminal block of the electrical equipment and the power supply line. The method includes: acquiring real-time operating parameters of the electrical equipment; analyzing the real-time operating parameters to obtain the real-time response power of the electrical equipment; sending the real-time response power to the power supply end; receiving a first demand response regulation command returned by the power supply end based on a comparison between the adjustable total response power of the electrical unit and a preset response power to determine if the regulation demand is met; the adjustable total response power of the electrical unit is determined according to each real-time response power; and adjusting the demand response of the electrical equipment based on the first demand response regulation command. This method allows for demand response regulation of the electrical equipment based on its actual situation, making the entire regulation process more accurate and rapid.