Abstract: A method of selecting cards for multi-mode mobile phone. The multi-mode mobile phone includes at least one phone card that supports a communication network mode and corresponds to a phone card ID. Charging information is obtained from interfaces provided by operators, the charging information including charge for each communication service of the communication network mode supported by the phone card. A charging information table is generated according to the charging information, the charging information table including an association between the phone card ID and the charge for each communication service. When a communication service is started, the charging information table is queried and the most economical communication service charge from the charging information table is selected for the started communication service A corresponding phone card ID is also selected. The multi-mode mobile phone is switched to the phone card corresponding to the selected phone card ID to communicate.

Abstract: A subscriber of the Emergency Alert System (EAS) receiving an EAS alert message can obtain additional multimedia information in based upon the location of the subscriber. The additional multimedia information can include information pertaining to available shelter, medical facilities, the location of emergency supplies, a plume map, evacuation routes, or the like. In an example embodiment, the Global Positioning System or other device location systems is utilized to determine the location of the subscriber. The location information along with EAS alert information is used to query a database to obtain the additional information.

Abstract: Methods of determining a location of a mobile device in a first communication network are presented. The mobile device is in communication with a cellular base station in a second communication network. First, access points within the first communication network are detected with the mobile device. Then, one or more of the detected access points is selected based on information provided by the cellular base station. Finally, the location of the mobile device is determined based on the selected access points.

Abstract: A radio frequency (RF) device includes an RF transceiver, an RF antenna, and a magnetic signal detector. The RF is selected to be in the very high frequency (VHF), ultrahigh frequency (UHF), or super high frequency (SHF) bands such that the shielding effect is reduced and the RF device can be configured as a SIM card disposed inside a cellular phone with an increased RF communication range. The magnetic signal detector is used to sense a magnetic field signal from an RF reader, which includes an RF transceiver, an RF antenna, and a magnetic signal transmitter. The longer communication range afforded by the VHF, UHF, or SHF bands is reduced by the sensing of the magnetic field, thereby providing a communication range control, while the RF device and the RF reader exchange information through the RF channel with improved security as a result of the range control.

Abstract: A system and method for interference mitigation. The system and method includes a number of base stations configured to coordinate with each other to perform a joint transmission to one or more subscriber stations. The base stations allocate a portion of a frequency band for the joint transmission and jointly schedule the joint transmission. Further, the base stations are configured to select a common codebook or separate codebooks to perform the joint transmission. Thereafter, the joint transmission is performed wherein the one or more subscribers stations substantially simultaneously receive the joint transmission from each of the base stations.

Abstract: Data communications sessions for visual voicemail data communications are terminated under the control of a wireless device's visual voicemail client. In one embodiment, a visual voicemail client can be configured to transmit a request or command to terminate a data communications session immediately upon sending an acknowledgement of receiving voicemail data from a voicemail server. In another embodiment, a visual voicemail client can be configured to transmit a request or command to terminate a data communications session following the expiration of a timer set by the visual voicemail client. Alternatively, a visual voicemail client can be configured to wait for a termination request for command from a voicemail server.

Abstract: A system for creating cartoons for mobile devices facilitates the creation and dissemination of cartoons to a plurality of mobile devices and computers. A cartoon can comprise of multiple panels, and each panel, in addition to graphics and text, can have an ordered set of audio (voice, music, etc.) provided, which are played back in a mobile device by a cartoon client component in the specified order for each of the panels. A computer or PC comprising the cartoon creator functionality is used to generate cartoons and communicate it to a cartoon distribution server. Mobile devices have a cartoon client component to receive and present the cartoon to a user. A cartoon creator device makes it possible for a user to create and distribute cartoons.

Abstract: Systems and methods for collecting data related to events that occur in a wireless network. The method comprises receiving a data reporting profile which includes a series of executable commands which include a series of logical rules governing the manner in which reporting data should be generated and reported, compiling the executable commands of the data reporting profile into collection schema for collecting and reporting the reporting data according to the logical rules of the data reporting profile, creating a plurality of triggering criteria when reporting data should be generated based on the collection schema, creating a plurality of memory where the reporting data may be stored according to the collection schema, and scheduling the transfer of reporting data according to the collection schema.

Abstract: An apparatus and method for unlocking a mobile device using pattern recognition are provided. The apparatus includes a touch sensor unit sensing a predetermined pattern touch-input to a liquid crystal display (LCD) unit, a pattern recognition unit recognizing information about the input pattern sensed by the touch sensor unit, a pattern comparison unit comparing information about the input pattern recognized by the pattern recognition unit with information about a predetermined pattern set by a user, and a controller controlling supply of power to the LCD unit to enable the user to use the mobile device if the input pattern and the predetermined pattern are equal to each other as compared by the pattern comparison unit.

Abstract: To accurately determine the location of mobile device a multi-phase procedure incorporating mapping and location determination phases is suggested, wherein covered area estimation comprises (i) estimation of base station location, (ii) estimation of transmission range, (iii) estimation of signal map and/or (iv) estimation of area type. The actual location of the mobile device (10) is determined from the covered area estimation based on relative comparison between the actual environment data and estimations (i)-(iv) and weight numbers resulted from the comparison. During the both phases a database is stored in server (14) and updated whenever new environment data is received. The vertical position, or ‘elevation’, of mobile device is further estimated based on vertical level information associated with the covered area estimations during the mapping phase.

Abstract: A wireless mobile telecommunications network tags an image or other multimedia message that it receives from wireless user equipment (UE) with geographical information indicating the location of the UE. The network can determine the UE location using a conventional method such as those used in Location-Based Services.

Abstract: The last known location of a lost or stolen device can be determined based on the device's last communication with a wireless data network. A portable device can be set up to communicate its location to a server after it obtains a wireless connection to a wireless data network and registers a most recent location with the server. A device can be set up to communicate its location based on at least one of communication with wireless data network hardware or portable device GPS location determined after the device obtains a wireless connection to a wireless data network. Location is stored until a subsequent location is registered in the server. The server can be programmed to send at least one of “lost” message, ringtone, lock code and wipe command to a lost or stolen portable device. The server can be programmed to provide map location information for the last known location of the lost portable device.

Abstract: Intelligently caching global positioning system (GPS) location information from GPS satellites based on cellular radio signal strength received at a portable device. The GPS satellites broadcasts signals to the portable device and the cellular radio signal strength is at a first level indicative of a low GPS reception strength. A second level, at the portable device, of the cellular radio signal strength is detected, and the second level is indicative of an increase in GPS reception strength. GPS location information is speculatively read from the GPS satellites associated with the portable device in response to the detected second level and the increase of the GPS reception strength. The GPS location information is cached on the portable device such that the GPS location information is available to the portable device when the first level of the cellular radio signal strength is less than the second level.

Abstract: A subscriber of the Emergency Alert System (EAS) receiving an EAS alert message can obtain additional multimedia information in based upon the location of the subscriber. The additional multimedia information can include information pertaining to available shelter, medical facilities, the location of emergency supplies, a plume map, evacuation routes, or the like. In an example embodiment, the Global Positioning System or other device location systems is utilized to determine the location of the subscriber. The location information along with EAS alert information is used to query a database to obtain the additional information.

Abstract: A mobile terminal including a wireless communication unit configured to wirelessly communicate with at least one other terminal; a display configured to display a first screen layer corresponding to one of a back screen of the mobile terminal and an execution screen of an application installed on the mobile terminal, and to display a second screen layer corresponding to a note function of the mobile terminal; and a controller configured to control the display to selectively display the second screen layer based on an input request for requesting the second screen layer, to receive a touch input on the first or second screen layers and to execute a function corresponding to the received touch input on the first or second screen layers.

Abstract: A sliding module for a mobile terminal is provided, comprising: a support plate having a rotating mechanism on a first end thereof; a rotating plate connected with the support plate via the rotating mechanism; a sliding plate disposed on the rotating plate and configured to slide against the rotating plate; and a restricting mechanism disposed on a second end of the support plate opposite to the first end thereof to restrict a pair of first side portions at an end of the sliding plate neighboring the second end of the support plate, wherein the rotating plate may be rotated by a predetermined angle with respect to the support plate via the rotating mechanism when the first side portions slide out of the restricting mechanism. A mobile terminal comprising the same is also provided.

Abstract: Emergency alert messages are received from an emergency service or governmental agencies and modified according to user, user group, or device characteristics or preferences. Emergency alert messages are appended with source identifiers that can be used by users to respond to such alert messages. The emergency alert messages and the response messages can include multimedia content. Emergency alert messages received on a user device can be transmitted to other devices using various means, including short distance wireless communications protocols.

Abstract: An apparatus for controlling User Equipments (UEs) in a communication system including a source cell and a destination cell is provided. A frequency and the scrambling codes of signals transmitted by a base station of the destination cell are the same as a frequency and scrambling codes of signals transmitted by a base station of the source cell. After the UE receives the signals, the signals are regarded as being transmitted by the source cell, and the UE is woken up by information over a Paging Indication Channel (PICH) and a Paging Channel (PCH), and then the UE reads information configured by the destination cell and carried over the common channel of the signals, and performs corresponding operations according to the information. The information over the PICH and the PCH wakes up the specified UE.

Abstract: A server, system, and method configured to limit communications. The server includes a processor for executing a set of instructions and a memory for storing the set of instructions. The set of instructions are executed to receive a list of one or more communicating parties that are authorized to communicate with a user at any time, receive a selection to limit communications, determine whether an identifier associated with a communicating party is in the list in response to processing a communication, and connect the communication to a communications device in response to determining the identifier is in the list.

Abstract: A system and methods for allowing an enterprise management system to provision and configure a WWAN communication device on a managed network without incurring the tedious task of manually entering all the configuration information for every WWAN communication device on the enterprise management system. A dedicated communication link is provided with a standard communication protocol so each WWAN device can communicate with a carrier server and have the carrier server acts as a validation point and communication bridge to the enterprise management server until the WWAN communication device is configured for management by the enterprise management server.