A method for assisting in driving control, comprising: receiving, at a first regional platform subsystem, a message from a conveyance located in a first geographic region, the message including conveyance-related information of the conveyance; determining a driving-related message associated with the conveyance in the first geographic region based on the conveyance-related information; and sending the driving-related message associated with the conveyance to the conveyance, wherein the driving-related message associated with the conveyance is used for a driving control on the conveyance in the first geographic region, wherein the first regional platform subsystem receives driving-related messages from road-side subsystems associated therewith and determines the driving-related message associated with the geographic region where the conveyance is located; wherein the road-side subsystems are deployed in the vicinity of the geographic region where the conveyance travels and/or parks, the road-side subsystem include one or more road-side computing module, one or more perception device, and one or more semaphore, wherein the road-side computing module is configured to process original perception information from perception devices and generate a driving-related message for a conveyance based on the original perception information, wherein the conveyance-related information comprises a requirement type for receiving data reporting including at least a required data type and a corresponding range, as distance from the conveyance, for which the reporting of the data type is required, wherein when the conveyance is about to enter an intersection, a road-side subsystem associated with the intersection is a road-side subsystem that provides a service, and road-side computing modules included in the road-side subsystem constitute a set; and then a distance between the conveyance and each road-side computing module in the set is calculated, and a road-side computing module with a distance within a requirement range is selected, by the first regional platform subsystem, according to different ranges for different data types in the requirement types sent by the conveyance, so that a corresponding set of road-side computing modules is selected according to the different data types; and the first regional platform subsystem issues a corresponding set of driving-related data to the conveyance according to frequencies at which the different data types are reported. receiving, at a first regional platform subsystem, a message from a conveyance located in a first geographic region, the message including conveyance-related information of the conveyance; determining a driving-related message associated with the conveyance in the first geographic region based on the conveyance-related information; and sending the driving-related message associated with the conveyance to the conveyance, wherein the driving-related message associated with the conveyance is used for a driving control on the conveyance in the first geographic region, wherein the first regional platform subsystem receives driving-related messages from road-side subsystems associated therewith and determines the driving-related message associated with the geographic region where the conveyance is located; wherein the road-side subsystems are deployed in the vicinity of the geographic region where the conveyance travels and/or parks, the road-side subsystem include one or more road-side computing module, one or more perception device, and one or more semaphore, wherein the road-side computing module is configured to process original perception information from perception devices and generate a driving-related message for a conveyance based on the original perception information, wherein the conveyance-related information comprises a requirement type for receiving data reporting including at least a required data type and a corresponding range, as distance from the conveyance, for which the reporting of the data type is required, wherein when the conveyance is about to enter an intersection, a road-side subsystem associated with the intersection is a road-side subsystem that provides a service, and road-side computing modules included in the road-side subsystem constitute a set; and then a distance between the conveyance and each road-side computing module in the set is calculated, and a road-side computing module with a distance within a requirement range is selected, by the first regional platform subsystem, according to different ranges for different data types in the requirement types sent by the conveyance, so that a corresponding set of road-side computing modules is selected according to the different data types; and the first regional platform subsystem issues a corresponding set of driving-related data to the conveyance according to frequencies at which the different data types are reported.