Abstract: Disclosed is a system and method for maintaining software instructions stored in a wireless communications device memory. The software is organized using code sections, where each code section is in a contiguous portion of memory and relocatable independently of other code sections. Maintenance includes the ability to run a unique software component called a compactor while the normal system is not in executable form. The compactor expands, compresses, and relocates code sections to allow downloaded code to be incorporated into the system code base.

Abstract: A system and method are provided for reorganizing software instructions in a wireless communications device memory. Wireless device system software is stored in current code sections with the start of code sections at corresponding start addresses. Memory blocks are identified with corresponding code sections. A new code section is received via a wireless communications device air interface. A current code section is identified for updating. Code section sizes are calculated. In response to calculating the code section sizes, a compaction schedule is generated. Current code sections are resized. Code section start addresses are changed. The new codes section is arranged with the current codes sections.

Abstract: A system and method are provided for executing dynamic instruction sets in a wireless communications device. The method comprises: forming the system software into symbol libraries, each symbol library comprising symbols having related functionality; arranging the symbol libraries into code sections in a code storage section nonvolatile memory; executing system software; receiving a patch manager run time instruction (PMRTI) or dynamic instruction sets, including conditional operation code and data items, in a file system section nonvolatile memory; calling a run-time library from a first code section; processing the patch manager run time instruction operation code; operating on system data and system software; and, in response to operating on the system data and system software, controlling the execution of the system software.

Abstract: Systems and methods for remote control of a wireless communication device are provided. Remote access to a wireless communication device is obtained through a packet switched mobile terminated data call. The data call can also be originated from the wireless communication device. Authentication and validation procedures facilitate secure remote control access to the wireless communication device by one or more remote control access points. Once a remote control access session has been established, the remote control access point can execute commands on the wireless communication device, including initiating voice calls and scheduling future commands. Additionally, an audio-video teleconference can be initiated using streaming video and voice over IP.

Abstract: An automated process and system for setting an alert style for a communications device is provided. A scheduling program is used to define one or more activities. The scheduling program may operate on the communication device, or may be operated remotely. An alert style is selected and associated with a particular activity. When an incoming call is received during the activity, the communications device uses the selected alert style. An override condition or rule may also further adjust the alert style used by communications device.

Abstract: A system and process for updating files on a wireless mobile device is provided. The wireless mobile device has an RF (radio frequency) card which cooperates with a wireless network to provide wireless communication. In one example, the wireless network maintains a message contact list on a network server. The message contact list contains address information useful for sending textual, video, audio, or image messages through the wireless network. When the wireless mobile device is activated on the network, the message contact list is transmitted to the wireless mobile device. The wireless mobile device is then able to use the message contact list to generate and transmit messages.

Abstract: Systems and methods for sending binary messages to a wireless communication device are provided. A mobile handset maintains a database of contacts including an indicator identifying whether a particular contact is capable or incapable of receiving a binary message. When a mobile handset attempts to send a binary message to a recipient, the contact database is consulted to determine if the status of the recipient's capability for receiving and correctly processing the binary message. If the recipient status is capable, the binary message is sent. If the recipient status is incapable, the user is prompted for instructions. A user may elect to send the binary message anyway, send a text only part of the message, or cancel sending the binary message altogether. If the recipient's status is unknown, the mobile handset sends a special message to the recipient that will prompt a response from the recipient if it is capable of processing a binary message.

Abstract: A system and method for configuring, or provisioning, mobile communication devices 10 by an administrator 12. Administrator 12 comprises a computer, or second mobile device 18. Feature codes for configuring a device 10 are encrypted into a Short Message System (SMS) message or an Internet protocol-based Over-the-Air (IOTA) protocol message and transmitted to mobile device 10. The message further contains a mobile identifier and a set/reset bit to indicate whether the features are to be set or reset. The encrypted message is communicated to mobile device 10 over communications channel 14 of a mobile communication network.

Abstract: A method for obtaining information related to services within a certain area using a mobile communication device includes downloading a menu of services based on a coarse determination of the position of the mobile communication device, where each service in the menu is associated with a telephone number. The associated telephone number is used to connect to a networked based server that stores information related to a plurality of services. Once the menu of services and associated telephone numbers is downloaded, a subscriber can select one of the services in order to obtain information related to the service using the associated number.

Abstract: A method for obtaining information related to services within a certain area using a mobile communication device includes downloading a menu of services based on a coarse determination of the position of the mobile communication device, where each service in the menu is associated with a telephone number. The associated telephone number is used to connect to a networked based server that stores information related to a plurality of services. Once the menu of services and associated telephone numbers is downloaded, a subscriber can select one of the services in order to obtain information related to the service using the associated number.

Abstract: One way to deliver increased wireless communication device performance without using a higher performance processor is to offload processor functions in a wireless communications device. In one example a wireless device selects a processor function to be performed for the wireless device and evaluates the selected processor function to determine whether to offload the processor function. If it is determined that the processor function can be offloaded the wireless device transmits a wireless request to a remote processor to perform the offload processor function. After performing the processor function at the remote processor and generating a result the wireless device receives the result.

Abstract: A system and method for configuring, or provisioning, mobile communication devices 10 by an administrator 12. Administrator 12 comprises a computer, or second mobile 18. Mobile configuration feature codes are communicated to mobile 10 by communications channel 14 which can comprise RF wireless transmission over a mobile communication network. Feature codes are transmitted to mobile 10 by way of a Short Message System (SMS) or an Internet protocol-based Over-the-Air (IOTA) protocol.

Abstract: An exemplary mobile broadband modem for network access comprises a processor coupled to an I/O interface capable of being communicably coupled to a plurality of computers, a transceiver coupled to an antenna and the processor, and a network sharing module executed by the processor that establishes a network connection via the transceiver and allows computer to then utilize the network connection. The mobile broadband modem may include a chassis for securing the PC card modem transceiver within the chassis.

Abstract: Briefly, the mobile phone as a monitoring appliance allows a mobile phone to function as a remote-monitoring device. The mobile phone is turned on and left in the place to be monitored. After the mobile phone has a positive sound volume level comparison or a positive sound volume level comparison and a positive comparison to a target sound, the mobile phone places a telephone call to a predetermined telephone number and transmits the sound received by the microphone in the mobile phone.

Abstract: A link between a handset and a connectivity toolkit program running on a server computer is established over a wireless communication network. The link can be initiated by the server computer via mobile IP or SMS request. The may also be initiated by the handset. Once the link is established, the connectivity toolkit program can send files to the handset and retrieve files from the handset. Correspondingly, the handset can send files to and retrieve files from the server. Thus, file storage can take place on either the server or the handset. For example, on the server, file storage can be managed by a database (DBMS) while on the handset, file storage can be managed by a local java applet.

Abstract: Systems and methods for remote control of a wireless communication device are provided. Remote access to a wireless communication device is obtained through a packet switched mobile terminated data call. The data call can also be originated from the wireless communication device. Authentication and validation procedures facilitate secure remote control access to the wireless communication device by one or more remote control access points. Once a remote control access session has been established, the remote control access point can execute commands on the wireless communication device, including initiating voice calls and scheduling future commands. Additionally, an audio-video teleconference can be initiated using streaming video and voice over IP.

Abstract: A system and method are provided for executing dynamic instruction sets in a wireless communications device. The method comprises: forming the system software into symbol libraries, each symbol library comprising symbols having related functionality; arranging the symbol libraries into code sections in a code storage section nonvolatile memory; executing system software; receiving a patch manager run time instruction (PMRTI) or dynamic instruction sets, including conditional operation code and data items, in a file system section nonvolatile memory; calling a run-time library from a first code section; processing the patch manager run time instruction operation code; operating on system data and system software; and, in response to operating on the system data and system software, controlling the execution of the system software.

Abstract: A system and method for configuring, or provisioning, mobile communication devices 10 by an administrator 12. Administrator 12 comprises a computer, or second mobile 18. Mobile configuration feature codes are communicated to mobile 10 by communications channel 14 which can comprise RF wireless transmission over a mobile communication network. Feature codes are transmitted to mobile 10 by way of a Short Message System (SMS) or an Internet protocol-based Over-the-Air (IOTA) protocol.

Abstract: A mobile handset including a light-alert feature that overcomes some of the problems of cell phone ringers and vibration mechanisms. A mobile handset includes a phone housing, a display carried by the phone housing, one or more illumination devices other than the display carried by the housing that illuminate upon one or more events, and at least one of electronics and software to cause the one or more illumination devices to illuminate upon one or more events.

Abstract: Systems and methods for tracking the length of time spent by a user on different types of transmissions from a wireless communication device are disclosed. The systems include a keypad that is operated by a user to generate keypad data indicative of a destination telephone number. The systems also include a storage area for storing data related to the calling plan. The data is stored in the storage area by a processor in the form of a state data table that indicates the present machine state of the wireless communications device. The present machine state of the device is updated in response to each entry of keypad data, and is indicative of the type of call that would be originated if the keypad data string were processed as a call at that moment. The systems also include a call timer that is initiated when a complete telephone number has been entered by the user and the telephone call is originated.