3results about How to "Support management" patented technology

The invention discloses a gcc and dcc hybrid networking communication method and system, and relates to the technical field of network communication, and the method comprises the steps: maintaining a route through a ppp protocol, obtaining an opposite end dcnip, building the route, and enabling the route to serve as an external route to be introduced into a rip protocol for publishing after the devices which are directly connected with each other in an in-band DCN are in gcc butt joint; if dcc docking is carried out, a route is maintained through a dldp protocol, and after an opposite-end dcnip is obtained and the route is established, the route is used as an external route to be introduced into an ospf protocol to be published. According to the gcc and dcc hybrid networking communication method and system provided by the invention, seamless hybrid networking and routing intercommunication of the gcc and the dcc in an in-band DCN network is realized by innovatively combining the advantages of ospf and rip routing protocols, the problem of routing obstruction caused by incompatibility of protocols in traditional networking is solved, and the communication efficiency is improved. And the flexibility and deployment efficiency of network management are also remarkably improved, and the reliability and robustness of the whole network are enhanced by distinguishing direct connection and non-direct connection routes.

The invention discloses a digital mission engineering development method based on a meta-model library. The digital mission engineering development method is used for modeling of a maritime search and rescue task complex system. The method comprises the following steps: constructing a system model for currently input maritime search and rescue task data and modeling problems based on a pre-constructed meta-model library of a maritime search and rescue task system; according to the method, standardized processes of digital mission engineering are set, including activities including scene conception, mission definition, process analysis, resource generation, experimental design, simulation deduction and evaluation optimization, the activities are refined into action sequences, each action is clearly defined, and a standard method and a working template are provided for the digital mission engineering. According to the method, the problems of incomplete scene description, unclear mission definition, nonstandard architecture design, insufficient verification and evaluation and the like during modeling of the maritime search and rescue system are solved, the standardized process of modeling of the maritime search and rescue task system is realized, the modeling speed and precision are improved, and rapid generation and iteration of system modeling in different scenes are supported.

This invention discloses an adaptive decision-making path planning method and system based on multi-level risk. The method includes: applying a gray clustering algorithm coupled with a long short-term memory network to a warning model for dynamically assessing and classifying the disability risk of a target object; generating an initial decision path based on the risk assessment results and a disability prevention and control knowledge base by solving a multi-objective optimization function that integrates expected effectiveness, feasibility, and burden; collecting effect deviations and execution deviations during path execution, and dynamically adjusting the weights of the multi-objective optimization function using a fuzzy weight controller to reconstruct the decision path; and iteratively updating the knowledge base based on group feedback data. This invention helps solve the problems of static disability risk assessment, rigid intervention plans, and fragmented management scenarios in existing technologies, achieving dynamic and accurate early warning of disability risk in the elderly, deep adaptive adjustment of intervention paths, and full-cycle closed-loop management.