Abstract: An intelligent dispatching method and system for rail transit. The method includes: collecting original data of a preset range from a plurality of data sources; acquiring passenger flow data of a rail transit station according to the original data; building a passenger flow prediction model of the rail transit station according to the passenger flow data of the rail transit station; acquiring a passenger flow volume of the rail transit station in a preset period according to the passenger flow prediction model; and performing coordinated dispatching on vehicles and passengers of the rail transit station according to the passenger flow volume of the preset period. The original data is acquired through the plurality of data sources, thus acquiring the passenger flow data, which achieves all-round monitoring of a passenger flow at the rail transit station.

Abstract: A signaling gateway (SG) and a method for the SG to process signaling. The method comprises: after a SG which is configured with SCCP protocol, one or more SCCP service related subsystems, and GT translation function receives a connectionless-oriented SCCP service message in MTP3 protocol, the SG determining whether the message is a local office message according to a destination signaling point code carried in the message or a signaling point code generated by translating a GT carried in the message; and if the message is a local office message, the SG forwarding the message to a corresponding SCCP service related subsystem configured in the SG according to a subsystem number carried in the message, or forwarding the message to a corresponding SCCP service related subsystem configured in a MGC; the MGC and SG having the same signaling point code and being connected in the M3UA protocol.

Abstract: A signaling gateway (SG) and a method for the SG to process signaling. The method comprises: after a SG which is configured with SCCP protocol, one or more SCCP service related subsystems, and GT translation function receives a connectionless-oriented SCCP service message in MTP3 protocol, the SG determining whether the message is a local office message according to a destination signaling point code carried in the message or a signaling point code generated by translating a GT carried in the message; and if the message is a local office message, the SG forwarding the message to a corresponding SCCP service related subsystem configured in the SG according to a subsystem number carried in the message, or forwarding the message to a corresponding SCCP service related subsystem configured in a MGC; the MGC and SG having the same signaling point code and being connected in the M3UA protocol.