Abstract: There is disclosed a service provisioning system for use in a wireless network containing a group of base stations that communicate with mobile stations. The service provisioning system comprises: 1) a database for storing a service provisioning file comprising a mobile station service provisioning program in interpreted byte-code format; and 2) a provisioning controller coupled to the database that receives a notification indicating that a first mobile station is unprovisioned and, in response thereto retrieves the service provisioning file from the database and transmits the service provisioning file to the first mobile station. Receipt of the service provisioning file causes the mobile station to execute the mobile station service provisioning program in the service provisioning file. There also is disclosed a mobile station capable of being provisioned from a wireless network by an over-the-air (OTA) service provisioning process.

Abstract: There is disclosed a mobile station for securely communicating with base stations in a wireless network and receiving at least one of a software program, a software correction patch and provisioning data from a server in the wireless network. The mobile station comprises: 1) an RF transceiver capable of receiving wireless messages from the plurality of base stations and converting the received wireless messages to a plurality of Internet protocol (IP) packets; 2) an encryption controller capable of converting the IP packets from an encrypted format to a decrypted format; and 3) a data burst message protocol controller capable of converting the decrypted IP packets to at least one data burst message. Also disclosed is a system for secure over-the-air administration of a wireless mobile station via a base station in a wireless network. The system transmits to the wireless mobile station one or more of a software program, a software correction patch and provisioning data from a server.

Abstract: A mobile station capable of being upgraded by a delta file received from a software upgrade server via a wireless network. The mobile station comprises: 1) a memory for storing an original image file and the delta file, wherein the delta file is suitable for upgrading the original image file; and 2) a controller for modifying the original image file according to instructions stored in the delta file to thereby generate an upgraded image file.

Abstract: There is disclosed a security device for use in a wireless network comprising a plurality of base stations that communicate with a plurality of mobile stations. The security device prevents unprovisioned mobile stations from accessing an Internet protocol (IP) data network through the wireless network. The security device comprises a first controller for receiving from the unprovisioned mobile station an IP data packet comprising an IP packet header and an IP packet payload and encrypting at least a portion of the IP payload. The security device also comprises a second controller for determining that the unprovisioned mobile station is, in fact, unprovisioned. In one embodiment, the first controller comprises a data processor that executes an encryption program stored in a memory associated with the data processor.

Abstract: There is disclosed a mobile station diagnostic testing system for use in a wireless network comprising a plurality of base stations capable of communicating with a plurality of mobile stations. The mobile station diagnostic testing system tests the operation of a first mobile station. The mobile station diagnostic testing system comprises: 1) a database for storing a mobile station diagnostic testing file comprising a mobile station diagnostic testing program in interpreted byte-code format; and 2) a diagnostics controller coupled to the database for receiving a notification indicating that a fault has occurred in the first mobile station. In response to receipt of the notification, the mobile diagnostics testing system retrieves the mobile station diagnostic testing file from the database and transmits it to the first mobile station. Receipt of the mobile station diagnostic testing file causes the mobile station to execute the mobile station diagnostic testing program.

Abstract: A power monitoring device for use in an electronic device that operates in a low power mode from a removable battery module. The power monitoring device comprises a module that attaches to the electronic device in place of the battery module. The module has first battery contacts for interfacing with second battery contacts disposed in the electronic device. Attachment of the module causes the electronic device to operate in the low power mode. The power monitoring devices also comprises power supply circuitry for providing a supply voltage substantially similar to a voltage level provided by the removable battery module, and power measurement circuitry for measuring a power level supplied by the power supply circuitry.

Abstract: A wireless communication device for accessing a wireless network and downloading a software upgrade file. The wireless communication device comprises: i) a CPU for controlling wireless communications with the wireless network; ii) a first memory associated with the first CPU; iii) a CPU for executing at least one end-user application on the wireless communication device; and iv) a second memory associated with the second CPU. The first CPU downloads the software upgrade file from the wireless network and stores the downloaded software upgrade file in the second memory for subsequent execution. The first CPU and the second COU share resources in order to carry out software upgrades for either or both CPUs.

Abstract: A wireless communication device capable of downloading a software update file from a wireless network. The wireless communication device comprises a non-volatile memory that is re-programmed by sectors. The non-volatile memory stores: i) a target file to be updated, ii) the downloaded software update file, and iii) a journal comprising a plurality of entries, each of the entries containing status information associated with a re-programmed sector of the non-volatile memory. The wireless communication device also comprises a random access memory and a main processor that replaces target code in the target file with replacement code from the downloaded software update file. The main processor creates a first block of replacement code in the random access memory and re-programs a first target sector of the non-volatile memory by storing the first block of replacement code into the first target sector.

Abstract: An access point for communicating with mobile stations in an integrated wireless network. The access point comprises a first transceiver for communicating with selected mobile stations within a short distance of the access point and an input/output interface that couples the access point to an external mobile station via a communication bus. The externally coupled mobile station communicates with a first base station in a wireless public network. The access point further comprises a data processor that communicates with the externally coupled mobile station via the input/output interface and interconnection circuitry that transfers data traffic between the first transceiver and the data processor. The access point enables the selected mobile stations to communicate with the first base station via the externally coupled mobile station.

Abstract: A power monitoring device for use in an electronic device that operates in a low power mode from a removable battery module. The power monitoring device comprises a module that attaches to the electronic device in place of the battery module. The module has first battery contacts for interfacing with second battery contacts disposed in the electronic device. Attachment of the module causes the electronic device to operate in the low power mode. The power monitoring devices also comprises power supply circuitry for providing a supply voltage substantially similar to a voltage level provided by the removable battery module, and power measurement circuitry for measuring a power level supplied by the power supply circuitry.

Abstract: There is disclosed an interworking function unit for transferring data between a wireless network and an Internet protocol (IP) data network coupled to the wireless network. The interworking function unit comprises a protocol conversion controller that receives incoming data packets from the wireless network, wherein the incoming data packets are generated by a first mobile station and are formatted according to a protocol associated with the wireless network. The interworking function unit converts the incoming data packets to IP data packets formatted according to an Internet protocol of the IP data network. The interworking function unit also comprises a first security controller for preventing unprovisioned mobile stations from accessing the IP data network through the wireless network. The first security controller receives the IP data packets and replaces each original IP packet header with a replacement IP packet header containing the IP address of a provisioning server.

Abstract: A mobile station capable of being upgraded by a delta file received from a software upgrade server via a wireless network. The mobile station comprises: 1) a memory for storing an original image file and the delta file, wherein the delta file is suitable for upgrading the original image file; and 2) a controller for modifying the original image file according to instructions stored in the delta file to thereby generate an upgraded image file.

Abstract: A software upgrade server capable of upgrading a wireless mobile station via a wireless network. The software upgrade server comprises: 1) a database for storing a plurality of software upgrade files as a plurality of object files and a plurality of image files suitable for use in the wireless mobile station; and 2) an upgrade controller associated with the database for communicating with the mobile station via the wireless network. The upgrade controller receives from the mobile station a select message selecting one of the software upgrade files and a target address associated with an original image file in a memory of the mobile station. The upgrade controller links selected object files to form a dynamically linked library (DLL) file based on the target address.

Abstract: An apparatus for use in a wireless access terminal capable of accessing a 3G wireless network. The apparatus enables a host processing system to access the 3G wireless network using the wireless access terminal. The apparatus comprises: 1) a physical media dependent layer (PMDL) interface capable of transferring data between the wireless access terminal and the host processing system; and 2) an Ethernet emulation controller capable of communicating with the host processing system via the PMDL interface, wherein the Ethernet emulation controller emulates the operation of an Ethernet device adapter to thereby exchange data with the host processing system via an Ethernet protocol.

Abstract: A software upgrade server that remotely links a software upgrade file as a DLL and transmits the DLL to a mobile station via a wireless network. The mobile station comprises a memory for storing the software file and a controller that communicates with the software upgrade server. The controller receives a message from the software upgrade server indicating a software file is available for upgrading. The controller determines an available space in the memory where the available software file may be installed and transmits to the software upgrade server a target address at the start of the available memory space. The server uses the target address to link a plurality of object files into a DLL and transmits the DLL to the mobile station.

Abstract: A device within an automobile comprises or includes a wireless communications controller which, upon detection of impact, attempts to establish a wireless communications link to each of any counterpart wireless communications controllers which are within vehicles also subject to a recent impact, and therefore presumably involved in the collision. Vehicle identification information and information collected regarding the collision, such as vehicle speed, location, direction of travel, impact direction and magnitude, point of impact, etc., are automatically exchanged between vehicles involved in the collision and may be later retrieved from either vehicle, preserving objective information for accident reconstruction by police and insurance companies.

Abstract: An apparatus and method is disclosed for providing automatic quality of service (QoS) management in a wireless mobile station. The apparatus comprises a quality of service (QoS) controller that is capable of providing a radio link to a wireless network. The radio link has a set of quality of service (QoS) parameters that support transmission and reception of data packets in a protocol that requires the set of quality of service (QoS) parameters. The quality of service (QoS) controller comprises a processor and a memory that contains quality of service (QoS) management application program, a quality of service (QoS) database, and a radio link database. For data packets that have a quality of service (QoS) requirement, the processor (1) accesses a suitable radio link from the radio link database, or (2) creates a new radio link and adds the new radio link to the radio link database.

Abstract: There is disclosed a provisioning system for use in a wireless network comprising a group of base stations that communicate with mobile stations. The provisioning system provisions unprovisioned mobile stations and prevents unprovisioned mobile stations from accessing an Internet protocol (IP) data network through the wireless network. The provisioning system comprises a provisioning controller that retrieve provisioning data from a provisioning server associated with the IP data network and causes a first base station to transmit the retrieved provisioning data to a first unprovisioned mobile station in a first traffic channel established between the first base station and the first unprovisioned mobile station. The provisioning system prevents any unprovisioned mobile station from accessing the wireless network except by means of a traffic channel, thereby preventing the unprovisioned mobile station from making an unauthorized access to the Internet via a data call to a base station.

Abstract: A telecommunications device and network that provides TCP/IP communications over the entire data path, thereby simplifying the software call stack needed for a wireless device or to communicate with the network. The device eliminates the upper layers (non-access-stratum) of the handset call stack. It reduces the role of the radio layer to just providing link layer services. Furthermore, the handset call stack communicates with session control and billing & authorization servers over a public network such as the internet. Further, the wireless devices, as well as base stations and other components, communicate with session servers and billing & authorization servers over a public network, such as the Internet, eliminating any need for dedicated private-network connection between these components.

Abstract: A wireless communication device capable of being upgraded from a software upgrade server via a wireless communication network. The wireless communication device comprises: 1) a memory capable of storing a user profile, wherein the user profile is suitable for managing an un-attended software download; and 2) a message processor associated with the memory capable of communicating with the software upgrade server via the wireless communication network, wherein the message processor receives at least a first un-attended notification message from the software upgrade server identifying a new software update to be applied to the wireless communication device.