Method and device for selecting recommended node in behavior deviation model

An electronic device, comprising

• a processor, and
• a memory configured to store computer instructions executable by the processor,
• wherein the processor is configured to:
• determine a delegation node and a target node in a current communication scenario;
• determine at least one candidate path with the delegation node as a start node and the target node as an end node based on a preset network topology;
• determine at least one candidate node passing through each of the candidate paths, and acquire a first behavior deviation corresponding to the target node at each candidate node;
• read a second behavior deviation of each candidate node from a central node in the network topology;
• calculate an average deviation value for the target node based on second behavior deviations and first behavior deviations of all the candidate nodes in each candidate path;
• determine a candidate path with a smallest average deviation value as a target candidate path;
• and
• in response to the average deviation value of the target candidate path being less than or equal to a preset warning value, determine the candidate node on the target candidate path as a recommended node.

A non-transitory computer readable storage medium having a computer program stored thereon, wherein when the computer program is executed by a processor, the processor is caused to implement a method for selecting a recommended node in a behavior deviation model, the method comprising:

• determining a delegation node and a target node in a current communication scenario;
• determining at least one candidate path with the delegation node as a start node and the target node as an end node based on a preset network topology;
• determining at least one candidate node passing through each of the candidate paths, and acquiring a first behavior deviation corresponding to the target node at each candidate node;
• reading a second behavior deviation of each candidate node from a central node in the network topology;
• calculating an average deviation value for the target node based on second behavior deviations and first behavior deviations of all the candidate nodes in each candidate path;
• determining a candidate path with a smallest average deviation value as a target candidate path;
• and
• in response to the average deviation value of the target candidate path being less than or equal to a preset warning value, determining the candidate node on the target candidate path as a recommended node.