Virtual world-based information transfer method and apparatus, device, and medium

A virtual world-based information transfer system, comprising:

• a first regional server providing at least a first portion of the virtual world;
• and
• a second regional server providing at least a second portion of the virtual world, the second regional server logically connected to the first region server,
• wherein the first regional server is configured to:
• generate at least one event signal of at least one event at a first computation time point;
• transmit the at least one event signal to the second regional server at a second computation time point, the second computation time point being a next computation time point following the first computation time point determined based on a first cycle, the first cycle being a computation cycle corresponding to the first regional server;
• and
• wherein the second regional server is configured to:
• receive the at least one event signal;
• and
• compute the at least one event signal at a third computation time point, to obtain an event running result of each of the at least one event signal in the second regional server, the third computation time point being a computation time point determined based on a second cycle, and the second cycle being a computation cycle corresponding to the second regional server, the first and second regional servers using different clocks.

A non-transitory computer-readable medium storing computer-readable instructions that, when executed, cause an electronic virtual world server to:

• deploy a virtual world;
• receive, from another electronic virtual world server, at least one event signal of at least one event;
• and
• computing the at least one event signal at a first computation time point, to obtain an event running result of each of the at least one event signal in the electronic virtual world server, the first computation time point being a computation time point determined based on a first cycle, and the first cycle being a computation cycle corresponding to the electronic virtual world server,
• wherein the at least one event signal is generated by the another electronic virtual world server at a second computation time point and transmitted to the electronic virtual world server at a third computation time point, the second computation time point and the third computation time point being adjacent computation time points determined based on a second cycle, the second cycle being a computation cycle corresponding to the another electronic virtual world server, and the second and third computation time points occurring before the first computation time point.