Abstract: Systems and methods are disclosed herein that relate to deferring delivery of non-Internet Protocol (IP) data in a wireless communication system via a Non-IP Data Delivery (NIDD) procedure based on a power source status of a serving Radio Access Network (RAN) node of a target wireless device. In some embodiments, a method of operation of a network node comprises receiving, from an exposure function, a NIDD request comprising data from an application server to be delivered to a wireless device via a NIDD procedure. The method further comprises making a determination as to whether to deliver the data to the wireless device via the NIDD procedure based on a power source status of a RAN node associated with the wireless device. In this manner, delivery of the non-IP data can be deferred depending on the power source status of the RAN node.

Abstract: This specification presents methods and apparatus in a user equipment, packet data gateway, online charging server and policy server for enabling a user equipment with a prepaid subscription to select an application to download and obtain its downloadable size and reserve charging credits and resources at the network prior to downloading the application in accordance with the downloadable size thus allowing the prepaid user to secure the successful entire download of the application without running the risk of depleting the prepaid account while downloading.

Abstract: This specification presents methods and apparatus in a user equipment, packet data gateway, online charging server and policy server for enabling a user equipment with a prepaid subscription to select an application to download and obtain its downloadable size and reserve charging credits and resources at the network prior to downloading the application in accordance with the downloadable size thus allowing the prepaid user to secure the successful entire download of the application without running the risk of depleting the prepaid account while downloading.

Abstract: A method and apparatus advantageously consider historic usage data in determining the credit reservations made against subscriber accounts during online charging operations. In particular, with respect to a communication between first and second parties that is subject to online charging, the method and apparatus use historic usage data associated with at least one of the first and second parties, to determine credit reservations against an involved subscriber account. This approach makes the credit reservation better reflect the usage pattern or history of one or both parties. In some embodiments, the historic usage data is generalized with respect to the called or contacted party. In other embodiments, the historic usage data is generalized with respect to the calling or contacting party. In still other embodiments, the historic usage data is particularized to reflect a historic usage pattern of communication between the first and second parties.

Abstract: A method and apparatus advantageously consider historic usage data in determining the credit reservations made against subscriber accounts during online charging operations. In particular, with respect to a communication between first and second parties that is subject to online charging, the method and apparatus use historic usage data associated with at least one of the first and second parties, to determine credit reservations against an involved subscriber account. This approach makes the credit reservation better reflect the usage pattern or history of one or both parties. In some embodiments, the historic usage data is generalized with respect to the called or contacted party. In other embodiments, the historic usage data is generalized with respect to the calling or contacting party. In still other embodiments, the historic usage data is particularized to reflect a historic usage pattern of communication between the first and second parties.

Abstract: The teachings herein relate to charging for multimedia content, such as Multimedia Broadcast Multicast Service, MBMS, content, that is provided for subscriber consumption through a communication network, such as a wireless communication network. One aspect of the teachings involves the advantageous inclusion of content location information in the context of generating or sending charging-related messages, in association with requested multimedia content. The content location information indicates, for example, whether the requested multimedia content is available for delivery to a subscriber device associated with the request from a data store that internal to the network. This functionality enables differentiated charging as a function of the content location indicated by the content location information included in the charging-related message.