Abstract:
Methods, computer readable media, and system embodiments are provided for messaging with proprietary attributes. A method embodiment includes storing a particular proprietary attribute for a mobile service feature in a datastore of a telecommunications system. The method includes receiving a configuration for a mobile service from a service provider to the datastore, the configuration including the mobile service feature. The method also includes transmitting a message for the mobile service from the datastore through the telecommunications system, the message including the particular proprietary attribute.
Abstract:
An embodiment of the present invention includes a wireless architecture having a mobile device, a voice network, a data network, and a home location register (HLR). The HLR is operably connected to the voice network and the data network. The HLR is operable to initiate a message to the mobile device, via the data network, that a voice session is waiting to be transmitted to the mobile device via the voice network.
Abstract:
The system and method of the present invention facilitates an improved Home Location Register (HLR) that includes a fraud protection mediation module for use in a mobile telephone system. The fraud protection mediation module operates in any one of the following situations: (1) a registration notice (REGNOT) is received by the HLR from a Mobile Switching Center (MSC) currently serving a subscriber in a roaming area; (2) a qualification request (QUALREQ) is received by the HLR from a serving MSC for obtaining a subscriber's profile; and (3) the HLR sends a qualification directive to a serving MSC, with the updated or modified profile of the subscriber. By using the improved HLR of the present invention, a carrier may have the HLR bypass the fraud protection processing in areas that support authentication processing to provide convenience to the subscribers so that they do not have to enter their PINs to use their cellular phones. Alternatively, if authentication processing is available, the cellular carrier may use fraud protection processing as a backup protection measure.
Abstract:
A technique is used for providing additional information about a broadcast presentation that allows a user interested in the additional information to acquire it easily, using a selective call device or a television remote control device to easily acquire an information address during the broadcast when a prompt is presented during the broadcast. An advertiser can send the additional information over a wide area radio selective call communication system or can post it at a universal resource locator of a computer network. The information address is used to acquire the additional information. The information address can be stored, selected and deleted in the selective call device or remote control device. The prompt can be disabled or enabled manually or based on location.
Abstract:
A method and system provide seamless, wireless telecommunication service to customers that move between disparate networks that use different protocols. A Universal Location Service Register (ULSR) communicates and provides mobility management and authentication functions across networks that use different protocols. Instead of associating each MSC with an HLR and an AuC that uses the same messaging protocol as the MSC, each MSC communicates with the ULSR for user information. The ULSR communicates with the MSCs in each network serviced by the ULSR in accordance with the protocol of that network. The ULSR stores user profiles that may include the identity of the user, authentication information for the user's mobile phone, a list of networks the user is authorized to access, and the identity of the MSC at which the user is currently registered.
Abstract:
An improved home location register (HLR) that includes a switch capability mediation module for implementing switch capability mediation between different mobile switching centers (MSCs). According to the invention, when one MSC (home MSC of a receiving party) attempts to communicate with another MSC (serving MSC) via the HLR serving the home MSC, the mediation module determines whether the two MSCs are provided by different vendors and whether they implement different capabilities, based on the MPCM (MSC ID Point Code Map) file records of both the originating and serving MSCs. The MPCM files store MSCs' network configuration information. For each capability involved, the mediation module determines which one of the three situations are present: (1) the originating MSC has this particular capability, but the serving MSC does not; (2) the originating MSC does not have this capability, but the serving MSC does; and (3) both the originating and serving MSCs have this capability but implement it in different ways. Depending on which situation is present, the mediation module provides appropriate capability mediation between the two MSCs. In any of the above three situations, if the mediation module determines that it cannot mediate between the two different MSCs, based on the particular capability involved, it may deny the call entirely. Thus, by using the improved HLR of the invention, the communication between two different MSCs may be properly established and optimized.
Abstract:
The present invention provides an improved home location register (HLR) that includes an application program for implementing configurable call forwarding bins in a mobile telephone system. According to the invention, a number of call forwarding bins are provided for subscribers. Each forwarding bin must be individually authorized to become available to a subscriber. Furthermore, if a bin is authorized, depending on whether a bin is locked or not, either the cellular carrier or the subscriber can activate the bin and/or modify a forward-to number in the bin. Moreover, a priority list is provided, corresponding to a particular status of the subscriber's cellular phone. (i.e. busy, no answer, etc.) and whether the subscriber is in the home area or a roaming area. The priority list identifies selected bin numbers that the application program needs to check. The bin that has the highest priority on the list and is authorized and activated will be selected. The forward-to number in that bin will be used for call forwarding. If none of the bins in the priority list is authorized and activated, a switch default number is used to redirect incoming calls, so that an announcement will be played to calling parties. Therefore, by using the improved HLR of the invention, more call forwarding bins-can be implemented. Moreover, these bins can be easily configured in desired ways to allow either a cellular carrier or a subscriber to control the use of selected bins. Additionally, in providing call forwarding services, a plurality of bins are checked to find an appropriate forward-to number, thus avoiding sending erroneous messages to calling parties.
Abstract:
The system and method of the present invention facilitates an improved home location register (HLR) that includes a fraud protection mediation module for use in a mobile telephone system. The fraud protection mediation module operates in any one of the following situations: (1) a registration notice (REGNOT) is received by the HLR from a mobile switching center (MSC) currently serving a subscriber in a roaming area; (2) a qualification request (QUALREQ) is received by the HLR from a serving MSC for obtaining a subscriber's profile; and (3) the HLR sends a qualification directive to a serving MSC, with the updated or modified profile of the subscriber. By using the improved HLR of the present invention, a carrier may have the HLR bypass the fraud protection processing in areas that support authentication processing to provide convenience to the subscribers so that they do not have to enter their PINs to use their cellular phones. Alternatively, if authentication processing is available, the cellular carrier may use fraud protection processing as a backup protection measure.
Abstract:
A remote controlled lock system (100) includes a computer (111), a system controller (102), a transmitter (109), and at least one remote controlled lock device (105). The system controller (102) generates one of a digital lock or unlock code upon a change of a user access condition of the computer (111). The transmitter (109) transmits a radio signal including the lock code or the unlock code, and a selective call receiver address. The remote controlled lock device (105) includes a selective call receiver (310) and an electromechanical lock (311). The electromechanical lock (311) has a locking member (1205) which is switched to a mechanically stable lock or unlock position in response to the lock or unlock code when the radio signal when the transmitted selective call receiver address matches a predetermined address stored in the selective call receiver (310).
Abstract:
A remote computer system for controlling a plurality of irrigation systems, each of which has a local controller for controlling an individual system, includes an intelligent remote unit associated with each local controller, each intelligent remote unit having a computer with a stored program for fully independently operating the local controller and the irrigation system associated therewith. A central base station controller includes its own computer which is linked by a communications link with each of the intelligent remote units, the stored program in the base station computer permitting operator monitor and control of the various parameters being monitored and controlled by the intelligent remote units.