3results about How to "Avoid repeated searches" patented technology

The invention provides an information interaction method and device, equipment, a medium and a program product in one case. The method comprises the steps that in response to an access operation for a first body, a first page is displayed, the first page comprises a first control, the first body represents an account providing a resource object, the first page comprises object information associated with the first body, the object information is information of the resource object, and the first control comprises guide information for adding an access icon; in response to a trigger operation for the first control, an access icon of the first main body is added to a system desktop, the access icon is used for displaying the first page in response to a trigger operation of a second main body, and the second main body represents an account for obtaining the resource object. By executing the information interaction method, the access channel for the second main body to directly reach the first main body page is established, repeated search and page jump are avoided, the page access path is shortened, and the interaction effect is improved.

The application provides an underwater unmanned underwater vehicle formation dynamic area search system and relates to the field of unmanned underwater vehicle cooperative operation, and comprises the following steps: generating a virtual marine environment according to seabed depth information and land obstacle distribution information; arranging virtual particles in a preset search area to form a gravitational field, and giving the virtual particles an initial mass; constructing a detection pressure field according to the detection activities of the unmanned underwater vehicle formation, determining the probability distribution of the target appearance position based on the reverse distribution of the detection pressure field, and generating a counter target according to the probability distribution; dynamically updating the mass value of the virtual particles according to the detection coverage range of the unmanned underwater vehicle formation; and calculating the gravity and repulsion that each unmanned underwater vehicle in the unmanned underwater vehicle formation receives according to the mass distribution of the virtual particles in the gravitational field, and updating the position and heading of each unmanned underwater vehicle based on the gravity and repulsion. The application improves the efficiency and authenticity of dynamic target search.

The application discloses a zero-carbon park inter-energy fusion-oriented charging load and industrial load collaborative optimization method, relates to the technical field of energy internet and power system optimization control, acquires park multi-source data, constructs a double-network model of a traffic network and a power distribution network, and takes a charging station as a shared node; a site side and a power grid side risk field is inferred based on a space-time graph neural network; an inter-energy consistency checker IEC is constructed to generate a zero setting gate matrix to form a feasible candidate set; a multi-objective mixed integer programming collaborative scheduling model is solved under the constraint of the feasible candidate set, a bilateral trigger type safety valve slack variable is introduced to generate a bottleneck evidence bag; a key bottleneck object set is determined based on a constraint shadow price distribution and a zero setting ratio distribution, an expansion candidate set is generated, an evidence chain expansion planning model is constructed to obtain an expansion scheme, a feasible region improvement constraint judgment is executed, and rewriting is performed into rolling optimization.