4results about How to "Resolve asymmetry" patented technology

The application discloses a network security situation intelligent perception and dynamic defense method for a smart park, relates to the technical field of network security, and solves the technical problems that the traditional defense is difficult to predict the intention of an attacker and unknown threats, multi-region defense lacks cooperation and is prone to strategy conflicts, the defense strategy is fixed and single, and it is difficult to balance protection, dynamic estimation of an implicit parameter of an attacker, reduction of information difference, modeling of an attacker type and intention as an implicit variable, dynamic estimation of a posterior distribution through Bayesian updating, support of a psychological deterrence type active defense strategy based on dynamic estimation of an attacker type, targeted design of a deterrence utility function, guidance of a defense strategy from passive interception to active deterrence, training of a globally optimal flexible defense strategy, combination of PPO+GAE training of a global strategy, automatic generation of IP hopping, port randomization, path deception and other flexible defense actions under multi-target constraints, and avoidance of the limitations of a single defense action.

The utility model relates to a positioning device for forge piece finish machining. Comprising a supporting bottom plate used for supporting the forge piece, a pressing device used for pressing the forge piece and a moving device used for adjusting the pressing device. The two ends of the top of the supporting bottom plate are each provided with a plurality of moving devices arranged in a linear array. A pressing device is mounted at the top of the moving end of each group of moving device; the acting end of each pressing device faces the center face of the supporting bottom plate. The positioning device solves the technical problems that in the prior art, a positioning device for forge piece finish machining is difficult to adapt to the multi-direction stress requirement of special-shaped forge pieces, deviation or deformation of workpieces is easily caused, meanwhile, a buffering structure (such as a single spring) is simple, and multi-axis synchronism is poor.

This invention belongs to the field of distributed systems and artificial intelligence technology, and relates to a multi-agent task scheduling method and system based on a distributed architecture, applicable to heterogeneous task collaboration and dynamic scheduling in scenarios such as game theory and adversarial competition. The method includes: dividing the original task into sub-task sets through multi-dimensional adaptive granularity; evaluating the capabilities of the agents, and scheduling each sub-task in the sub-task set to multiple agents for execution based on the agents' capabilities; and aggregating the sub-task execution results of each agent to obtain the final task execution result. This invention can solve the problems of single point of failure, poor scalability, insufficient resource awareness, and task conflicts existing in traditional centralized scheduling systems. By constructing a "decentralized + self-organizing + collaborative decision-making" agent network, and utilizing a lightweight consensus mechanism and dynamic task splitting strategy, it achieves distributed, dynamic, and adaptive task scheduling among multiple agents.

The application relates to an ultra-wideband circularly polarized Vivaldi antenna, which comprises a rotationally symmetric antenna and a feed network; the rotationally symmetric antenna is arranged on the feed network; the rotationally symmetric antenna comprises four Vivaldi antenna units, the four Vivaldi antenna units are orthogonally arranged in sequence, and are fixedly connected with the feed network; each Vivaldi antenna unit comprises a radiation arm, a first ground plane and a substrate; the radiation arm and the first ground plane are arranged on a first surface of the substrate, and a first side of the radiation arm is connected with the first ground plane; the first ground plane of a latter Vivaldi antenna unit is connected with a second side of the radiation arm of a former Vivaldi antenna unit, and serves as a second ground plane of the former Vivaldi antenna unit. The application adopts a half-mode form of the Vivaldi antenna, the antenna has a symmetrical and stable radiation pattern and a compact aperture size through structural multiplexing of the ground planes of the antenna units; and the antenna has good circular polarization performance in combination with the feed network which has good amplitude and phase responses.