4results about How to "Consume resources" patented technology

The invention relates to the technical field of network defense systems, and discloses a decoy technology-based network defense system, which comprises a false node setting system, a sensitive port setting system and a trapping isolation system, the false node setting system comprises a false node selection module, a false node construction module, a false node behavior simulation module and a false node data analysis module, and the sensitive port setting system comprises a sensitive port construction module, a sensitive port behavior simulation module and a sensitive port data analysis module. The trapping isolation system comprises a trapping and analysis module, a response and blocking module and a real-time alarm module; the system can actively attract attackers, so that potential threats can be discovered and dealt with in advance, conversion from passive defense to active defense is realized, and based on collected attack data, an attack mode can be analyzed, an existing defense strategy can be optimized, and the overall security protection capability can be improved.

The invention discloses a session management method and device, computer equipment and a storage medium. The method comprises the following steps executed by a participating node: receiving a first connection establishment request sent by a coordinating node when the coordinating node is switched from a fault state to a normal state, and obtaining a current state of the participating node; when the current state of the participating node is a normal state, inquiring a participating node session pool by adopting a global unique session identifier, and judging whether a historical local session corresponding to the participating node exists or not; when the historical local session corresponding to the participating node exists, verifying the historical local session based on the version information, and determining and executing a current local session corresponding to the participating node; and when the historical local session corresponding to the participating node does not exist, creating and executing a current local session corresponding to the participating node based on the session parameter information. According to the method, the dependence degree of the participating nodes on the coordination nodes can be reduced, the fault processing complexity and the system resource consumption are reduced, and the fault processing efficiency is improved.

The invention discloses an audio visualization method and device, equipment and a storage medium, and relates to the technical field of computers. The method comprises the following steps: acquiring an input audio; according to the input audio, obtaining an animation track corresponding to the input audio, the animation track being a motion track of an object described by the input audio in a to-be-generated animation; according to the input audio, an animation sequence corresponding to the input audio and scene data corresponding to the input audio are obtained, the animation sequence comprises at least one animation image, and each animation image is used for indicating a part of audio meanings in the input audio; the scene data is used for indicating scene content in the at least one animation image and a display view angle of the at least one animation image; and generating an output animation corresponding to the input audio according to the animation track, the animation sequence and the scene data. According to the invention, the relevance and accuracy of the output animation and the input audio are improved, the technical scheme of the invention is realized by the client, and the resources of the server are saved.

A virtual scene-based rendering method and apparatus, an electronic device, a computer-readable storage medium, and a computer program product. The virtual scene-based rendering method comprises: a graphics processor calculates vertex fluctuation data corresponding to each vertex to be rendered in a model to be rendered, to obtain a vertex fluctuation data set corresponding to said model; a central processing unit divides said model into a plurality of grids to be rendered, and calculates grid fluctuation data corresponding to each said grid, to obtain a grid fluctuation data set corresponding to a plurality of said grids; and the graphics processor renders a liquid surface to be rendered in a virtual scene on the basis of the vertex fluctuation data set, and the central processing unit renders, on the basis of the grid fluctuation data set, a virtual object interacted with said liquid surface.