Abstract: The present invention relates to a method for sharing wireless resource information by a cell in a multi-cell wireless communication system. More particularly, the method for sharing wireless resource information by a cell according to the present invention comprises: a step of transmitting wireless resource information to a neighbor cell; and a step of receiving an acknowledgement message corresponding to the wireless resource information from the neighbor cell. The wireless resource information is information for changing the used of the wireless resource of a specific wireless resource region, and the acknowledgement message is a message indicating whether the change in use of the wireless resource is allowed in the neighbor cell.

Abstract: A method and system for paging of a wireless client device (WCD). When a wireless communication system encounters a trigger to page a WCD, the system will identify the WCD's most recent serving base station (e.g., the WCD's currently registered base station, or the base station providing the WCD's currently registered coverage area) and will determine whether that base station is a relay base station or rather a non-relay base station. If the base station is a non-relay base station, then the system will provide the initial page of the WCD via just that base station (e.g., as in the zone based paging process discussed above). Whereas, if the base station is a relay base station, then the system will provide the initial (ordinal first) page of the WCD via both that base station and the donor base station that provides the relay base station's wireless backhaul connection.

Abstract: A system configures a mobile device. The system includes a battery and a mobile device. The battery includes at least one power storage cell and a memory arrangement, the memory arrangement storing staging profile data, the staging profile data including configuration data. The mobile device is configured to be coupled to the battery, the mobile device being powered by the at least one power storage cell, the mobile device receiving the staging profile data from the memory arrangement, the mobile device being automatically configured for communication with a communication network as a function of the configuration data.

Abstract: Embodiments of the present invention relate to the communications field and provide a data processing method, an apparatus and a system, which can improve generality of a network concurrent function on an intelligent terminal. The data processing method includes: accessing a wireless local area network; establishing a first access point name APN, where the first APN is different from a default APN of the intelligent terminal, and the first APN is used to implement data service access to a cellular network when the wireless local area network is accessed; accessing the cellular network by using the first APN; and performing, in the wireless local area network and the cellular network accessed by using the first APN, transmission of a data service of the intelligent terminal. The data processing method, the apparatus and the system provided in the embodiments of the present invention are used to process data.

Abstract: Embodiments of the disclosure are directed to methods and systems for determining the language presented by a mobile communication device operable for use in a plurality of different countries during an activation process on the mobile communication device. Methods may comprise receiving information from beacon(s) of one or more wireless access points to determine the presented language.

Abstract: Methods, systems, computer-readable media, and apparatuses for providing mobile device management functionalities are presented. In various embodiments, a mobile device management agent may monitor state information associated with a mobile computing device. The monitored state information may be analyzed on the mobile computing device and/or by one or more policy management servers. In some instances, the one or more policy management servers may provide management information to the mobile computing device, and the management information may include one or more commands (which may, e.g., cause the mobile computing device to enforce one or more policies) and/or one or more policy updates. Subsequently, one or more policies may be enforced on the mobile computing device based on the monitored state information and/or based on the management information.

Abstract: A base station and a method that reduce abnormal cell re-selection behaviors.

Abstract: A method of operating a multi-band wireless base station to optimize traffic management on the multiple frequency bands. The wireless base station determines Upper Side Lobe Suppression (USLS) levels and network loads on the frequency bands. The wireless base station receives a request from a User Equipment (UE) attachment. When the network loads on the frequency bands exceed corresponding network thresholds, then the wireless base station selects one of the frequency bands having a best one of the USLS levels, and attaches the UE to the selected one of the frequency bands.

Abstract: There are provided a code reading unit for reading a code in a portable terminal, a first terminal side operating environment setting unit for analyzing a code, thereby acquiring first operating environment setting information required for connection to a relay device through Bluetooth and setting the first operating environment setting information to the portable terminal, a setting information generating unit 4 for generating second operating environment setting information required for connection to a telephone call control server through a wireless LAN to make a call, a second terminal side operating environment setting unit for setting the second operating environment setting information thus generated to the portable terminal, and transmitting the second operating environment setting information to the telephone call control server and registering the second operating environment setting information therein.

Abstract: A controller of a layered radio environment map of a wireless communication system. The controller configures a mobile terminal to make a measurement associated with a wireless signal from the mobile terminal to a base station. The mobile terminal constructs a minimization of drive test (MDT) measurement report from the measurement, and uses a network connection to transmit the MDT measurement report. The network connection is selected based at least in part on information related to the mobile terminal. As such, the power consumption in the mobile terminal is minimized.

Abstract: Embodiments herein relate to a method performed in a first network node for handling one or more signaling procedures of a wireless device in a wireless communication network. The first network node, receiving a first message from a second network node indicating an initiation of a signaling procedure for the wireless device; selecting a processing module for handling the signaling procedure; retrieving context of the wireless device; storing the retrieved context on the selected processing module; assigning a TRID to the signaling procedure, pointing to the selected processing module, which TRID being valid for an interval; and transmitting a second message to the second network node and/or another network node, which second message is associated with the signaling procedure and comprises the assigned TRID.

Abstract: A system that allows for performance indicators such as a success rate of a broadcast message or latency between a sender and mobile station of a broadcast message, during emergency broadcasts to a wireless transmit/receive unit, such as a mobile phone.

Abstract: A method of spatial re-use with TPC and adaptive CCA is proposed. A spatial re-use station detects spatial re-use information associated with other peer OBSS stations. The spatial re-use information comprises a TX spectral density (power/Hz) and received signal or interference information of each inter-BSS peer station. The spatial re-use STA determines a TX spectral density based on the detected spatial re-use information. The spatial re-use STA then contends the medium for spatial re-use transmission opportunity (TXOP) with an intra-BSS peer station. Finally, the spatial re-use STA starts spatial re-use frame exchange with the intra-BSS peer station using the determined TX spectral density. By adjusting the TX spectral density, the spatial re-use STA adapts its CCA level to spatially reuse the medium without causing collision and interference to OBSS stations and thus increases network throughput.

Abstract: A method for automatically generating service usage information in a telecommunication network, wherein the service usage information relates to a group of telecommunication transmission devices requesting a plurality of different types of telecommunication services on the telecommunication network, includes: for each request event of a telecommunication service of a telecommunication transmission device of the group of telecommunication transmission devices requested on the telecommunication network, generating an entry of the service usage information, wherein at least one type of the plurality of different types of telecommunication services is associated with each entry; and generating an aggregate entry, wherein the aggregate entry relates to the entries of the service usage information, and wherein the aggregate entry comprises aggregate information on each type of the plurality of different types of telecommunication services.

Abstract: A scheduler for a cellular telecommunications network is provided having a first base station corresponding to a first cell and serving a cell area, the scheduler being adapted to: identify mobile devices located at the edge of the cell area; obtain resource usage information of mobile devices located at the edge of neighboring cell areas; and, allocate resource blocks for data transmission based on the location of the mobile devices and the received resource usage information, wherein those data transmissions with a high priority indication and which are for mobile devices located at the edge of the cell area are allocated with a higher priority than those data transmissions with a high priority indication and which are for mobile devices not located at the edge of the cell area. An associated method and computer readable storage medium are also provided.

Abstract: A user is enabled to change state on a mobile phone through a peripheral device, such as a vehicle or headset. The mobile phone is coupled with the peripheral device by a communication link. Contacts stored by the mobile phone are copied to the peripheral device. The contacts include contact names and corresponding dummy phone numbers. Each contact name and corresponding dummy phone number is associated with a corresponding mobile phone state. A user can interact with the peripheral device to select a contact name of the contacts as if initiating a phone call with the corresponding dummy phone number to cause the corresponding mobile phone state to be activated at the mobile phone. Examples of mobile phone state activations/changes include activating an application in the mobile phone, or activating a particular SIM (subscriber identity module) of multiple SIMs of the mobile phone.

Abstract: A method is disclosed to help register a UE with a different network in the event of an unsuccessful registration with a fallback network. In accordance with the disclosure, a UE may be registered on a first network and may then seek to register with a second network via the first network. The first network may attempt to register the UE with the second network, but the attempt to register the UE with the second network may ultimately fail. In response to such failure, the first network may discontinue providing service to the UE. Discontinuing the providing of service to the UE on the first network may result in the UE seeking to register directly with the second network or with a different network. By registering directly with the second network, or a different network, the UE may be able to initiate and/or receive voice calls via that network.

Abstract: A first group auditory data stream, from a transmitting subscriber device of a first group of subscriber devices or from a dispatch console and intended for the first group of subscriber devices, is received at a conference server. A second group auditory data stream from a transmitting subscriber device of a second group of subscriber devices is similarly received. The conference server determines a relative priority level of one of (i) the first group of subscriber devices relative to the second group of subscriber devices and (ii) the first group auditory data stream relative to the second group auditory data stream, and sets different relative signal gains of the first group auditory data stream and the second group auditory data stream as a function of the determined relative priority level. The two auditory data streams are then summed and forwarded towards the second group of subscriber devices.

Abstract: A first group auditory data stream, from a transmitting subscriber device of a first group of subscriber devices or from a dispatch console and intended for the first group of subscriber devices, is received at a conference server. The conference server determines whether the first group auditory data stream generated for the first group of subscriber devices is of interest to a second group of subscriber devices, and if so, sums the first group auditory data stream with a second group auditory data stream intended for the second group of subscriber devices to form a summed group auditory data stream. The conference server then forwards the summed group auditory data stream towards the second group of subscriber devices and forwards the first group auditory data stream towards the first group of subscriber devices.

Abstract: A method for handover in a wireless communication system includes: when a received signal strength difference between a serving beam from a serving base station used for communication by a terminal and a target beam of a neighboring base station is equal to or greater than a first threshold value, and a received signal strength difference between an active beam and the target beam is equal to or greater than a second threshold value, determining a handover to the target beam; and transmitting a message to initiate the handover.