5results about How to "Solve resource consumption" patented technology

The invention discloses an attack trapping method and device for a virtual power plant network, electronic equipment and a storage medium, and the method comprises the steps: judging that an abnormal attack behavior exists in terminal equipment corresponding to a probe when terminal abnormality alarm information sent by the probe is received; the method comprises the following steps: analyzing attack characteristics of an abnormal attack behavior according to terminal abnormity alarm information, and then generating a honeypot instance with the same functional characteristics as terminal equipment on a current idle honeypot node according to the equipment type of the terminal equipment and the attack characteristics; binding the generated honeypot instance with a probe, and then redirecting the attack traffic of the abnormal attack behavior in the terminal equipment to the bound honeypot instance; and when it is confirmed that the abnormal attack behavior in the honeypot instance is finished, unbinding the honeypot instance and the probe, and rebinding the probe to the corresponding terminal equipment. According to the invention, efficient and flexible network attack trapping can be realized.

The application provides a routing processing method and device, the method comprising: receiving a first route advertisement sent by a second network device, the first route advertisement comprising a first host route and a first sequence number; storing the first host route and the first sequence number in a second RIB included in a BGP protocol module; according to address information included in the first host route, obtaining all second host routes comprising the address information and second sequence numbers of the second host routes from the second RIB; selecting a third sequence number from all the second sequence numbers, the third sequence number being the largest sequence number in all the second sequence numbers; if a third host route corresponding to the third sequence number is sent by a third network device in the same area as the first network device, adding the third host route to the first RIB, and issuing the added route table item to a forwarding table FIB.

This application discloses a method and apparatus for data collection in a node used in wireless communication. A first node receives a first information block indicating a first RS resource set for data collection; executes a process for the data collection; performs measurements included in the first RS resource set as part of the process for the data collection, the data collection being associated with an inference configuration; the amount of inference resources occupied by the process for the data collection depends on at least one of the data types included in the data collection or the inference configuration associated with the data collection. This application solves the resource consumption problem of UE performing data collection, facilitates AI deployment, and improves overall system performance.

The invention relates to the technical field of big data, in particular to a data processing method and data processing equipment. The method comprises the steps that when a preset condition for executing scanning operation is met, at least one table contained in a target metadatabase and a partition file directory of each table are obtained through metadata service; traversing actual files in each partition file directory according to a pre-configured scanning mode, and obtaining file meta-information of each traversed actual file through a metadata service; wherein the file meta-information comprises one or more of actual modification time and actual data volume, and the scanning mode comprises any one of full scanning and incremental scanning; and generating a scanning completion report corresponding to the scanning operation based on the file meta-information of each actual file.

The invention belongs to the technical field of continuous casting machine production, and particularly discloses a flow reducing and yield increasing method for a multi-billet continuous casting machine, which comprises the following steps: adjusting the amount of molten steel generated in a converter: reducing the amount of molten steel tapping from 165 t to 140 t, and shortening the pouring period from 83 min to 73 min; flow blocking is formulated according to the pouring condition of the tundish; a continuous casting machine flow channel is divided into a pouring mode of two flow rectangular billets + four flow square billets and a pouring mode of two flow rectangular billets + three flow square billets; controlling the pulling speed of the steel billet: setting different pouring stages, and adjusting the pore sizes of the sliding blocks of the rectangular billet and the square billet according to the corresponding pouring stages, so as to control the pulling speed of the steel billet; and adjusting the pouring flow of the steel ladle: adjusting the amount of molten steel poured into the tundish by the steel ladle according to the pulling speed of the steel billet. The problems of square billet redundancy and resource waste generated by an original eight-machine eight-flow continuous casting machine are solved by adjusting the molten steel tapping amount, the pouring flow number and the sliding block hole diameter and controlling the flow number and the ton number of square billets, and the proportion of the square billet production ton number and the rectangular billet production ton number in the total amount is gradually balanced.