Abstract: A media selection and insertion control device implements a method for selecting media for delivery to a plurality of users at an incident. The media selection and insertion control device: receives a plurality of media inputs from multiple media sources; receives capabilities of devices of users at an incident; receives resource capabilities of a set of networks to which the users are communicatively coupled; receives a set of incident-based rules and applies these rules to the plurality of media inputs to select media inputs to deliver to the users; and determines a mode of delivering the selected media inputs to the users based at least on the capabilities of the users' devices and on the resource capabilities of the set of networks to which the users are communicatively coupled.

Abstract: A method of synchronizing a plurality of data streams. A land mobile radio (LMR) data stream can be generated by a LMR communication device. At least one LMR identifier can be communicated from the LMR communication device to a broadband communication device. A broadband data stream can be generated by the broadband communication device. The broadband data stream and the LMR identifier can be communicated from the broadband communication device via an access network. The LMR identifier can enable synchronization of the LMR data stream with the broadband data stream.

Abstract: A method and apparatus are provided, for accessing a data-capture device in a different domain, by public safety wireless communications equipment, for the purpose of obtaining information at an incident. A dispatch controller of a public safety wireless communications system receives an access token from a server of a non-public-safety network, when an incident occurs. The token allows access to a data-capture device, and is associated with the incident. The dispatch controller sends the token to the data-capture device, receives a data stream, and forwards the data stream to a public safety wireless communication device. The public safety wireless communication device may itself discover and access the data-capture device, and may receive the data stream directly from the data-capture device. The public safety wireless communication device may forward the data stream and/or the access token to other public safety wireless communication devices.

Abstract: An abnormal termination of a dedicated bearer (e.g., a lost bearer) (134) or a change in bearer characteristics that renders the dedicated bearer unusable of a mobile device (114) can be detected. The lost bearer (128) is a bearer that is not a default bearer (132) within a communication network that includes one or more lost communication flows (135). At least one radio access network (RAN) capable of communicating with the mobile device (114) can be determined, where the at least one RAN is not one used for the dedicated bearer (134) that was abnormally terminated. At least one alternative bearer (150) can be detected or established at the at least one RAN. Each lost communication flow (138) can be automatically and dynamically routed to the at least one alternative bearer (150). The routing of the lost communication flows (138) can occur without interrupting communications.

Abstract: The same priority is applied to all resources assigned to an incident. A first dispatch system in a first network assigns a network resource in the first network to an incident that occurred in a first jurisdiction. The first dispatch system requests a mutual aid resource from a second dispatch system in a second network subsequent to identifying a resource gap in the first network. The first dispatch system obtains the mutual aid resource from the second dispatch system. A first policy component in the first network receives, from at least one of a first prioritization service in the first network and the at least one second network, at least one of an incident information or a mutual aid information. The first policy component correlates the mutual aid resource with obtained incident information and assigns a same priority to the network resource and the mutual aid resource.

Abstract: A system includes: a packet processing function and a packet modification function. The packet processing function receives a packet generated by a sending application function and destined for a receiving application function. The packet includes first identifier information, and the packet processing function adds second identifier information thereto. The packet modification function: receives the packet; alters it in a way that prevents use of the first identifier information by a 3GPP conforming service data flow detection process to map the packet to a first service data flow for the sending application function; and provides the packet to a packet routing function with the second identifier information positioned in the packet to enable the packet routing function to use the second identifier information in the 3GPP conforming service data flow detection process to map the packet to the first service data flow and to a bearer for transporting the packet.

Abstract: Disclosed are methods and systems for controlling network selection between a current wireless network and a higher-priority wireless network. A subscriber station determines, while connected to a current wireless network, whether it is within a coverage area of a higher-priority wireless network and whether a current traffic data load is indicative of lower-priority background traffic or higher-priority foreground traffic. Responsive to determining that it is within the coverage area of the higher-priority wireless network and that the current traffic data load is indicative of lower-priority background traffic, the subscriber station halts at least the lower-priority background traffic for a predetermined amount of time sufficient to effect a release of a radio resource control (RRC) connection with the current wireless network and searches for and connects to the higher-priority wireless network.

Abstract: Generally speaking, pursuant to the various embodiments, pre-allocation of resources in a RAN of a communication system is performed. A system element having an application function determines, for a set of user equipment (UE), pre-allocation information used to select a set of cells in the RAN to which the set of UE will connect for exchanging data. The element sends a request to establish a bearer to an evolved packet core (EPC), wherein the request includes the pre-allocation information. The determining and sending actions are performed prior to one or more of the UE in the set of UE connecting to the set of cells. The EPC processes the request and returns a response to the system element, which identifies that a bearer for unicast and/or group communications has been established.

Abstract: A group transfer function (GTF) receives a plurality of inputs and media for delivery to a plurality of mobile devices. The mobile devices are served by a plurality of cells potentially having a plurality of different radio access technologies such that each mobile device is wirelessly connected to one of the cells. The GTF applies policy rules to the inputs to determine, for each mobile device, content delivery using point-to-multipoint or point-to-point media transport based on the capabilities of the servicing cell. The GTF initiates an allocation of a set of resources in each cell to transport the media to each mobile device in the group using the determined media transport for that mobile device. Media is then replicated by the GTF for delivery to the mobile devices over the allocated resources.

Abstract: A service request (150) having a predefined QoS (152) can be received from an end-user device (105) by a transit device (110). The transit device (110) can act as an access point for the end-user device (105) to connect to a mobile broadband network (135). A transport resource (130) of the transit device (110) can be allocated to handle a data flow of the received service request (150). The network address of the allocated transport resource (130) can be recognized by the mobile broadband network (135). The network addresses associated with data packets (160) of each data flow supporting the service request (150) can be translated by the transit device (110). The translation can occur between the network address of the end-user device (105) and the network address of the transport resource (130) allocated to the data flow based upon a directionality of the data packets (160).

Abstract: A group event processing entity receives and processes a group event notification wherein a set of policy rules is determined that controls the performance of an action as relates to at least one of a member user equipment of a group session or an access network resource for the group session. Additionally, a group policy decision entity receives a request to establish a group access network resource for a group of user equipment and determines a set of applicable policy rules for establishing the group access network resource, wherein the set includes a policy rule that controls performance of an action when a base station in a wireless access network is unable to provide resources to support the requested group access network resource. The group policy decision entity provides the set of applicable policy rules to a group policy enforcement entity.

Abstract: An abnormal termination of a dedicated bearer (e.g., a lost bearer) (134) or a change in bearer characteristics that renders the dedicated bearer unusable of a mobile device (114) can be detected. The lost bearer (128) is a bearer that is not a default bearer (132) within a communication network that includes one or more lost communication flows (135). At least one radio access network (RAN) capable of communicating with the mobile device (114) can be determined, where the at least one RAN is not one used for the dedicated bearer (134) that was abnormally terminated. At least one alternative bearer (150) can be detected or established at the at least one RAN. Each lost communication flow (138) can be automatically and dynamically routed to the at least one alternative bearer (150). The routing of the lost communication flows (138) can occur without interrupting communications.

Abstract: A method and apparatus for bandwidth brokering in a communication system (100) defines groups (212) and a bandwidth allocation for each group at a given base station (202). Each group has a guaranteed bandwidth (116). Each group may exceed its guaranteed bandwidth (118) by using additional bandwidth if there other groups are not using their full guaranteed bandwidth (408) or if there is community bandwidth available. A group's bandwidth usage may be pre-empted (412) when its bandwidth usage exceeds its guaranteed bandwidth and other groups require additional bandwidth within their guaranteed bandwidth.

Abstract: A group transfer function (GTF) receives a plurality of inputs and media for delivery to a plurality of mobile devices. The mobile devices are served by a plurality of cells potentially having a plurality of different radio access technologies such that each mobile device is wirelessly connected to one of the cells. The GTF applies policy rules to the inputs to determine, for each mobile device, content delivery using point-to-multipoint or point-to-point media transport based on the capabilities of the servicing cell. The GTF initiates an allocation of a set of resources in each cell to transport the media to each mobile device in the group using the determined media transport for that mobile device. Media is then replicated by the GTF for delivery to the mobile devices over the allocated resources.

Abstract: A method and system is implemented to form a communication group comprising a plurality of entities. The method includes receiving a resource manager state generated for an event and extracting a plurality of parameters that indicate resource availability based on the resource manager state. The method further includes applying a set of rules to the resource state and to the plurality of parameters to select resources to form a communication group comprising a plurality of entities to distribute content related to the event.

Abstract: A system includes: a packet processing function and a packet modification function. The packet processing function receives a packet generated by a sending application function and destined for a receiving application function. The packet includes first identifier information, and the packet processing function adds second identifier information thereto. The packet modification function: receives the packet; alters it in a way that prevents use of the first identifier information by a 3GPP conforming service data flow detection process to map the packet to a first service data flow for the sending application function; and provides the packet to a packet routing function with the second identifier information positioned in the packet to enable the packet routing function to use the second identifier information in the 3GPP conforming service data flow detection process to map the packet to the first service data flow and to a bearer for transporting the packet.

Abstract: A Mutual Aid QoS Function (MAQF) performs a method for determining policy for user equipment (UE) providing mutual aid in a mutual aid enterprise operating area of a Long Term Evolution (LTE) system. The method includes: receiving an indication that a UE is assigned to provide mutual aid in a mutual aid enterprise operating area, wherein the UE has a home enterprise operating area that is different than the mutual aid enterprise operating area; detecting that the UE has entered the mutual aid enterprise operating area; selecting a set of mutual aid policy rules for the UE while the UE is providing mutual aid in the mutual aid enterprise operating area.

Abstract: A method for location based policy for UE operating in different areas of a shared home LTE system includes: responsive to detecting a trigger, determining a first enterprise operating area (EOA) in which the UE is currently located, wherein the first EOA is one of a plurality of EOAs of the LTE system; determining whether the first EOA is a home EOA or a visited EOA; when the first EOA is the home EOA, selecting a first set of policy rules for the UE; when the first EOA is the visited EOA, selecting a second set of policy rules for the UE that provides a lower Quality of Service (QoS) than the first set of policy rules; if a trust relationship exists, selecting a third set of policy rules for the UE while in the visited EOA, which provides a higher QoS than the second set of policy rules.

Abstract: An interoperability gateway performs a method for setting Quality of Service for a bearer in response to an emergency event. The method includes the interoperability gateway performing: receiving a indication of an emergency event for a first user, wherein the first user is operating a first device in a first network of a first network type; responsive to receiving the indication, determining a set of devices related to the first user, wherein the set of devices includes the first device and at least a second device operating in a second network of a second network type; instructing the second network to modify at least one Quality of Service setting for the second device.

Abstract: A policy determination function (PDF) makes policy and charging control decisions based on radio spectrum blocks. More particularly, the PDF: receives radio spectrum block data via an interface; and determines, using the radio spectrum block data, a first radio spectrum block for use during a session for a subscriber, wherein the first radio spectrum block is one of a plurality of radio spectrum blocks, and wherein the subscriber has a unique set of policy and charging control (PCC) rules corresponding to each of the radio spectrum blocks in the plurality. The PDF further selects and provides to a policy enforcement function the set of PCC rules for the subscriber corresponding to the first radio spectrum block, for applying to communications with the subscriber during the session.