52results about How to "Even load sharing" patented technology

The present invention provides a message sending method and device, which can be applied to any member device of any site in a resilient packet ring RPR network, wherein the method includes: receiving Ethernet unicast messages; searching for Ethernet unicast messages The RPR MAC address corresponding to the destination address; find the corresponding unicast RPR aggregation ring according to the found RPR MAC address; calculate the hash value of the first selected ring; One of the RPR logical ports in the selected ring matches, and sends Ethernet unicast packets to the member devices belonging to the site on the RPR single ring corresponding to the RPR logical port whose hash value matches the first selected ring; when the hash value of the first selected ring matches the The outbound interface of the local RPR single ring found in the unicast RPR aggregation ring matches, and the Ethernet unicast packet is encapsulated into an RPR unicast packet according to the found RPR unicast MAC address. RPR single-ring outbound interface sends; thus realizes load sharing of packet forwarding in the RPR network.

Embodiments of the present invention provide a method and device for traffic load sharing. The method includes: obtaining the current token values ​​corresponding to the M outgoing interfaces according to the information of the M outgoing interfaces, the current token value is determined by the previous token value, and M is a positive integer; according to the The current token value determines the number of screenings and the screening factor of each of the M outgoing interfaces; according to the screening factor and the screening number, the outgoing interface for data flow forwarding is determined from the M outgoing interfaces. Since the current token value of the outgoing interface is related to traffic, the filtering factor and filtering times are determined according to the current token value. Through the filtering factor and filtering times, the outgoing interface with relatively large current traffic can be shielded, and the current traffic is relatively large. Outbound interfaces that are relatively small or currently have no traffic are selected as the outbound interface for data flow forwarding, so as to achieve traffic load balancing on each outbound interface, reduce the packet loss rate, and improve the reliability of data flow forwarding.

This application discloses an information transmission method and device, and a computer storage medium, which are used to send the load information of the NF entity to the NRF entity, so that the NRF entity can obtain the load information of the NF entity, so that the service discovery process will be discovered later. The load information of the NF entity on the discovery side is provided to the NF entity on the discovery side, so that the NF entity on the discovery side can select a better NF entity to establish a session and service based on the load information of the NF entity on the discovered side, and avoid unbalanced network resource allocation. An information transmission method provided by the present application includes: determining load information of a first network function NF entity; and sending the load information of the first NF entity to a network storage function NRF entity.

The embodiment of the invention discloses a method for realizing load sharing. The method includes: the network device selects a packet flow forwarded through the first link for the congested first link on the first forwarding node; the network device selects a packet flow that can be used to forward the packet flow and is occupied by the packet flow A second link that is still not congested afterwards, wherein the second link is a link between the first forwarding node and the second forwarding node; the network device selects the first hash factor corresponding to the second link; the network device Determining that the available bandwidth of the third link is still not in a congested state after being occupied by the message flow, saving the first hash factor to the source node of the message flow, wherein the third link is the second forwarding node on the link corresponding to the first hash factor, and the third link is a link between the second forwarding node and the third forwarding node. In addition, the embodiment of the invention also discloses a device for realizing load sharing.