Method, apparatus, medium and electronic device for network access

A non-transitory computer-readable medium, having a computer program stored thereon, wherein the program, when executed by a processing unit, implements operations, wherein the operations comprise:

• determining candidate nodes currently accessible to a client in response to that a predetermined routing condition is triggered;
• determining response time consumption corresponding to the candidate nodes by determining a response time indicative of a duration from sending data from the client to receiving a first byte by the client from each of the candidate nodes;
• measuring network response rates of the candidate nodes, and determining an optimal node among the candidate nodes based on the response time consumption and the network response rates, wherein a smaller response time corresponds to a faster network response rate;
• and
• connecting the client to the optimal node for network communication;
• wherein in response to a target routing mode being a first routing mode, the determining the optimal node among the candidate nodes comprises:
• measuring the network response rates of all the candidate nodes simultaneously,
• obtaining a routing weight corresponding to each candidate node, the routing weight characterizing a priority corresponding to the candidate node, wherein a smaller routing weight represents a higher priority corresponding to the candidate node,
• determining a sum of the response time consumption and the routing weight corresponding to the candidate node as a routing score of the candidate node, wherein a lower routing score represents a better network experience corresponding to the candidate node, and
• determining a candidate node with the lowest routing score as the optimal node.

An electronic device, comprising:

• a storage device storing at least one computer program thereon;
• and
• at least one processing device for executing the at least one computer program in the storage device to implement operations, wherein the operations comprise:
• determining response time consumption corresponding to the candidate nodes by determining a response time indicative of a duration from sending data from the client to receiving a first byte by the client from each of the candidate nodes;
• measuring network response rates of the candidate nodes, and determining an optimal node among the candidate nodes based on the response time consumption and the network response rates, wherein a smaller response time corresponds to a faster network response rate;
• and
• connecting the client to the optimal node for network communication;
• wherein in response to a target routing mode being a first routing mode, the determining the optimal node among the candidate nodes comprises:
• measuring the network response rates of all the candidate nodes simultaneously,
• obtaining a routing weight corresponding to each candidate node, the routing weight characterizing a priority corresponding to the candidate node, wherein a smaller routing weight represents a higher priority corresponding to the candidate node,
• determining a sum of the response time consumption and the routing weight corresponding to the candidate node as a routing score of the candidate node, wherein a lower routing score represents a better network experience corresponding to the candidate node, and
• determining a candidate node with the lowest routing score as the optimal node.