Abstract: A method and system for determining reporting the location of an originating telephone device. A location interoperability platform receives a signaling message from a switch, reflecting a call request from an originating device and carrying data indicating whether the originating device is a landline device or a wireless device. If the data indicates that the originating device is a landline device, then the location interoperability platform invokes a landline location-determination process to determine the location of the originating device. On the other hand, if the data indicates that the originating device is a wireless device, then the location interoperability platform invokes a wireless location-determination process to determine the location of the originating device. The location interoperability platform may then report the determined location to the called party, to help facilitate a location-based service such as emergency response.

Abstract: A method and system for locating a mobile-subscriber terminal (MST) roaming in a serving network is provided. A location based service provider (LBSP) that is outside of the serving network receives from the serving system an MST-initiated request for providing location based services (LBSs) and an identifier of a first location system (LS1) that is associated with the serving network. Responsive to the MST-initiated request, the LBSP sends to a second location system (LS2) (i) a request for mobile positioning information (MPI) for the MST, and (ii) the identifier. Using the identifier, the LS2 addresses and sends the request for MPI to the LS1. Responsively, the LS1 sends to the LS2 the MPI. The LS2 then send the MPI to the LBSP, which in turn sends to the MST a reply to the MST-initiated request for LBSs.

Abstract: A method and system for tailoring responses from a location-determination system. A location-determination system will receive a position request from a location-based service (such as a PSAP), seeking the location of a wireless communication device, and the location-determination system will provide a position response, indicating the location of the wireless communication device. A rules engine positioned in the communication path between the location-determination system and the location-based service will intercept the position response and will tailor the response in a manner dependent on the identity of the location-based service that sent the request. Advantageously, a wireless service provider can control operation of the rules engine to dictate how to tailor various position responses, without the need to modify operation of the location-determination system.

Abstract: A method and system for providing location based services (LBSs) to a mobile-subscriber terminal (MST) roaming in a serving network is provided. A location based service provider (LBSP) that is outside of the serving network receives from the serving system an MST-initiated request for LBSs and an identifier of a first location system (LS1) that is associated with the serving network. Responsive to the MST-initiated request, the LBSP sends to a second location system (LS2) (i) a request for mobile positioning information (MPI) for the MST, and (ii) the identifier. Using the identifier, the LS2 addresses and sends the request for MPI to the LS1. Responsively, the LS1 populates a shared database with the MPI. The LS2 retrieves the MPI from the shared database and sends it to the LBSP. The LBSP sends to the MST a reply to the MST-initiated request for LBSs.

Abstract: A method and system for providing telecommunication services to a mobile-subscriber terminal roaming between private and public-wireless networks is disclosed. After roaming from the public-wireless network into the private-wireless network, for example, an entity in the private-wireless network executes an application that retrieves from a roaming-agreement database roaming-agreement information for operating the mobile-subscriber terminal in the private-wireless network. Using this information as an input, the application may determine one or more roaming rules for operating in the private-wireless network.

Abstract: A method and system for controlling location-determination in a wireless communication system. A rules engine can be positioned in a communication path between a location-based service (such as a PSAP) and a location-determination system (such as an MPC) and can cache the location of a wireless communication device as determined by the location-determination system. The next time the location-based service sends a position request to the location-determination system, the rules engine can then intercept the request and provide the cached location in a response without passing the request along to the location-determination system. In another embodiment, a rules engine external to a location-determination system can push logic to the location-determination system, to cause the location-determination system to carry out useful functions such as determining if a wireless communication device is fixed or mobile, setting a cache timer, and/or setting an overlap threshold for use in an overlapping circles analysis.