Patent ID: 8775627

Claim:
A discontinuous access management method performed by a network system, the method comprising: a) checking whether a resource can be allocated to a first user terminal that has accessed the network system without a waiting ticket; b) in the case that the resource cannot be allocated, providing the first user terminal with a first waiting ticket that indicates a first access sequence number of the first user terminal and a first waiting time that indicates a first re-access time of the first user terminal; c) disconnecting the first user terminal from the network system after the first user terminal has been provided with the first waiting ticket and the first waiting time; d) checking whether the resource can be allocated to the first user terminal after the first waiting time has elapsed; e-1) if the resource can be allocated to the first user terminal after the first waiting time has elapsed according to a result of the checking in d), reconnecting the first user terminal to the network system and allocating the resource to the first user terminal; and e-2) if resource cannot be allocated to the first user terminal after the first waiting time has elapsed according to a result of the checking in d), providing the first user terminal with a second waiting ticket that indicates a second access sequence number of the first user terminal and a second waiting time that indicates a second re-access time of the first user terminal, wherein the first waiting ticket provided to the first user terminal is registered in a waiting list with a unique identifier (ID) of the first user terminal for management in the case that the first user terminal is not allocated with the resource, and the first waiting ticket provided to the first user terminal is registered in an allocation list with the unique ID of the first user terminal for management in the case that the first user terminal is allocated with the resource, and wherein the first waiting time is calculated based on: an amount of available resources that can be allocated; an empty resource per second (EPS) value that indicates a quantity of waiting tickets that finish using the resource during a predetermined time period; and a quantity of user terminals that (1) have been waiting for resource allocation and (2) have an access sequence number that is earlier than the first access sequence number of the first user terminal.