摘要:
IMS networks and methods are disclosed for providing online charging for supplementary services for a session. The IMS network includes an application server operable to provide at least one supplementary service for a session. When the supplementary service is to be provided, the session is routed to the application server. The application server then provides the supplementary service and also provides charging for the service. To provide charging, the application server generates one or more charging request messages for the supplementary service, and transmits the charging request message for the supplementary service to an online charging system (OCS) of the IMS network. The OCS processes the charging request message accordingly to provide charging for the supplementary service in addition to the session.
摘要:
Systems and methods are disclosed to provide converged service control and converged charging in legacy networks and IMS networks. A converged service control system of the invention includes a protocol interface and a service controller. The protocol interface receives call messages from the legacy networks and the IMS networks, and converts the call messages to a common protocol. The service controller then processes the call messages in the common protocol to provide service control to the legacy networks and the IMS networks. The service controller is also enabled to provide online and offline charging for the legacy networks and the IMS networks.
摘要:
Communication networks and methods are disclosed for performing online charging in LTE/EPC communication networks. In an LTE/EPC communication network, one or more LTE network elements connect to an Online Charging System (OCS) over an enhanced interface. The LTE network element that is serving a session for a mobile device triggers on a charging event, and generates a credit request message (e.g., Diameter CCR). The LTE network element identifies access information for the session indicating the type of access for the mobile device to the LTE/EPC communication network, and inserts the access information in the credit request message. Through the enhanced interface, the LTE network element is able to transmit the credit request message to the OCS with the access information. The access information may then be used in the OCS to determine a more accurate charging rate for the session.
摘要:
Systems and methods are disclosed that notify end users of mobile devices of charging rate adjustments within a mobile network. A rate notification system receives bandwidth usage data for the mobile network, and identifies a region within the mobile network having a bandwidth usage that exceeds a threshold. The bandwidth usage is processed per media type (i.e., voice calls, text messages, etc) based on the bandwidth usage data. The rate notification system then identifies a mobile device located within the region, and identifies one or more contacts of the end user of the mobile device. The rate notification system then identifies an adjusted charging rate per contact per media type for this end user, and provides the adjusted charging rates to the end user of the mobile device.
摘要:
The invention concerns a method for sponsoring a communication service, wherein said communication service is made available directly, in particular to a user of said communication service, and wherein a rule, in particular applicable for charging a sponsor of said communication service, is determined dynamically.
摘要:
Systems and methods are disclosed for providing temporary QoS upgrades as loyalty awards. In one embodiment, an Online Charging System (OCS) stores account information for end users that access data services provided by a packet core network. The OCS receives a request involving a data service of an end user from the packet core network. In response to the request, the OCS determines that the end user qualifies for a loyalty award based on the account information for the end user. The OCS then grants a temporary QoS upgrade for the end user as the loyalty award, and transmits an indication of the temporary QoS upgrade to the packet core network. Based on the indication of the temporary QoS upgrade, the packet core network is able to enforce the temporary QoS upgrade as the end user accesses one or more data services.
摘要:
Communication networks and methods are disclosed for performing Quality of Service (QoS) throttling for mobile devices. One embodiment comprises a network element that serves a mobile device for data services. The network element includes a control system that monitors usage of the mobile device that is accessing the data services. The network element further includes a policy system that identifies that the usage of the mobile device reaches a usage threshold, and determines a reduced QoS responsive to reaching the usage threshold. The control system then downgrades the QoS provided to the mobile device for data services based on the reduced QoS. The policy system may further send a notification to the mobile device that the QoS is reduced.
摘要:
Systems and methods are disclosed that notify end users of mobile devices of charging rate adjustments within a mobile network. A rate notification system receives bandwidth usage data for the mobile network, and identifies a region within the mobile network having a bandwidth usage that exceeds a threshold. The bandwidth usage is processed per media type (i.e., voice calls, text messages, etc) based on the bandwidth usage data. The rate notification system then identifies a mobile device located within the region, and identifies one or more contacts of the end user of the mobile device. The rate notification system then identifies an adjusted charging rate per contact per media type for this end user, and provides the adjusted charging rates to the end user of the mobile device.
摘要:
Online charging systems (OCS) and methods are disclosed for correlating online charging requests for a session over an IMS network. The OCS stores online charging requests that are received from a network element serving the session in the IMS network. When a new online charging request is received from another network element, the OCS determines whether the new online charging request relates to the same session as any previously-stored online charging requests. If so, the OCS correlates the online charging requests for the session, and determines a new charging rate for the session based on correlated online charging requests and correlation charging rate rules that are stored in the OCS. The OCS then uses the new charging rate to grant new credit quotas for the session.
摘要:
Centralized charging systems and methods are disclosed for providing offline charging and online charging for a plurality of network elements. The centralized charging system is implemented in a communication network between the network elements and offline/online charging systems. A network element interface of the centralized charging system receives charging request messages from CTFs in the network elements. An accounting data forwarding function processes charging data in the charging request messages to determine if offline or online charging is invoked for the services. For offline charging, the accounting data forwarding function generates offline accounting request messages that include the charging data. For online charging, the accounting data forwarding function generates online accounting request messages that include the charging data. The charging system interface then transmits the offline accounting request messages to the offline charging system, and transmits the online accounting request messages to the online charging system.