Systems and methods for path determination

A method implemented on at least one device each of which has at least one processor and a storage medium, the method comprising:

• stringing a plurality of nodes to generate a plurality of first candidate paths, wherein the plurality of nodes are determined based on one or more requests, and the plurality of first candidate paths satisfy a first condition related to the plurality of nodes;
• determining a geographical length for each of the plurality of first candidate paths based on geographical distances between any two of the plurality of nodes;
• determining one or more second candidate paths among the plurality of first candidate paths based on the geographical length for each of the plurality of first candidate path;
• determining a navigation length for each of the one or more second candidate paths;
• and
• determining a target path among the one or more second candidate paths based on the one or more navigation lengths of the one or more second candidate paths, wherein the navigation length of the target path is the shortest among the one or more second candidate paths.

A non-transitory computer readable medium embodying a computer program product, the computer program product comprising instructions configured to cause a computing device to:

• string a plurality of nodes to generate a plurality of first candidate paths, wherein the plurality of nodes are determined based on one or more requests, and the plurality of first candidate paths satisfy a first condition related to the plurality of nodes;
• determine a geographical length for each of the plurality of first candidate paths based on geographical distances between any two of the plurality of nodes;
• determine one or more second candidate paths among the plurality of first candidate paths based on the geographical length for each of the plurality of first candidate path;
• determine a navigation length for each of the one or more second candidate paths;
• and
• determine a target path among the one or more second candidate paths based on the one or more navigation lengths of the one or more second candidate paths, wherein the navigation length of the target path is the shortest among the one or more second candidate paths.