Abstract: Disclosed are various examples for message-based management service enrollment. In one example, a map is generated that associates an identifier with an enterprise within the map. The identifier identifies a network endpoint of an enrollment service. A message with client data is received from a client device, which sends the message to the enrollment service using the identifier. A username is generated with the client data and a user account is created having the username. Enrollment data is obtained from the management service and an enrollment of the client device is initiated by sending a message with the enrollment data to the client device.

Abstract: A mobile terminal for use in a communication system comprising a first, packet-based network and a plurality of wireless access networks providing access to the first network. The mobile terminal comprises: one or more transceivers for connecting to the wireless access networks; and processing apparatus coupled to the one or more transceivers, operable to communicate with the first network by forming connections with the access networks using the one or more transceivers. The processing apparatus is configured to access a database recording motion information relating to motion of connection points of the wireless access networks; and the processing apparatus is further configured to determine one of the wireless access networks for use in accessing the first network, in dependence on the motion information accessed from the database relating to one or more of the wireless access networks.

Abstract: A call to an emergency call center from a device is initiated utilizing a relay service. The device may send a non-voice message to the relay service. The relay service, upon receipt and analysis of the message, may initiate a call to the device. The device, upon receiving the call and determining that the call is from the relay service, may place the call on hold and initiate a call to an emergency call center. Subsequently, the device may establish a multi-party call between the device, the relay service, and the emergency call center. Further, the relay service may maintain multiple communications modes in order to conduct non-voice messages with the device and conduct voice communications with the emergency call center.

Abstract: A method in a switching node of a circuit-switched telecommunications network comprises the steps of receiving from a packet-switched telecommunications network a request to establish a call towards a mobile station of the circuit-switched telecommunications network, and sending a request message to a location register for an instruction comprising one or more parameters for allowing the continuation of the establishment of the call to the mobile station. Upon receiving the one or more parameters from the location register, at least one of the one or more parameters is used to establish the call towards the mobile station. Furthermore, at least one of the one or more parameters is sent to the packet-switched telecommunications network. The at least one or more parameters sent to the packet-switched telecommunications network relates to the location of the mobile station. Therefore, entities within a packet-switched telecommunications network (e.g.

Abstract: Systems and methods are disclosed for collocation detection. In accordance with one implementation, a method is provided for collocation detection. The method includes obtaining a first object observation that includes a first object identifier, a first observation time, and a first observation location. The method also includes obtaining a second object observation that includes a second object identifier, a second observation time, and a second observation location. In addition, the method includes associating the first observation with a first area on a map, associating the second observation with a second area on the map, and determining whether a potential meeting occurred between objects associated with the first object identifier and the second object identifier based on the first and second observation times, and the first and second areas.

Abstract: Systems and processes that may be implemented to maintain an up-to-date communication bridge between an Internet-of-Things (IoT) physical network and a cellular telecom network are described herein. The systems and processes may eliminate an incompatibility of a hub device with physical layer technologies (PLTs), e.g. 4G or 5G technology, or various IoT protocols. The hub device may include one or more FPGAs that are configured to facilitate communication using one or more PLTs and/or IoT protocols. The hub device may receive information corresponding to different PLTs and/or IoT protocols, e.g. that the hub device is currently incompatible with, and may reprogram one or more of the FPGAs based on this information to eliminate such incompatibilities.

Abstract: The present invention relates to a method and a device for cell searching by a terminal and a base station in a beamforming cellular communication system. According to an embodiment of the present invention, a method for performing cell discovery by a base station of a serving cell in a cellular communication system comprises the steps of receiving information about a beamforming capability of each of all of terminals in a cell, determining whether a cell discovery time needs to be expanded based on the received information about the beamforming capability per terminal, and transmitting group information about the cell discovery to a terminal needing the cell discovery time to be expanded.

Abstract: Systems and methods for providing temporary cell coverage using lighter than air reflectors. The system can include a balloon or airship (e.g., a blimp) with a reflective lower surface. A ground-based source antenna can be aimed at the balloon to bounce cellular, or other communications, signals off the balloon and then back to the ground. The system can provide additional wireless coverage and bandwidth in remote locations and/or areas of high demand. The coverage area of the system can be adjusted by changing the shape of the bottom surface of the balloon. The coverage area of the system can also be adjusted by changing the height of the balloon above the source antenna. A dedicated source antenna and balloon can also serve as a microwave backhaul antenna system for a temporary cell site, using a balloon with a reflective surface shaped to collimate the radio link in a desired direction.

Abstract: The present invention relates to a method for controlling an Access Point (AP) connection and an electronic device thereof. A method of controlling an AP connection by an AP controller includes detecting a movement of an electronic device which is connected to a first AP, determining an AP which is the closest to the detected electronic device, and, when the determined AP is different from the first AP, releasing the connection between the electronic device and the first AP to make the electronic device connect to the determined AP. Accordingly, the present invention has an effect in that the AP controller can provide a proper service in accordance with a position of the electronic device.

Abstract: A method and system for improving network delivery is provided. The method includes receiving an Internet based event for a user. The Internet based event is associated with user attributes, of the user, retrieved from a specialized network and it is determined that the user is associated with the Internet based event. A functionality status of a mobile hardware device of the user is determined and current parameters of the user and current characteristics of the user are analyzed. Resulting network based delivery options associated with the Internet based event for the user are determined.

Abstract: Methods and systems are provided for path management. Consistent with disclosed embodiments, path management system may be configured to perform a series of operations for real time path analysis. The embodiments may determine a user location based on received location data, and then determine a user path based on a sequence of user locations. The embodiments may calculate a path map based on user locations, and then determine one or more of a user density map and a user velocity map based on the path map. The embodiments may determine regions of the user density maps and user velocity maps, and provide instructions to one or more of an environment and a user device. The embodiments may provide guidance to a user of user of the path management system, and/or instructions to change a status of a service location; or modify a product layout or fixture arrangement.

Abstract: Various embodiments include methods of offloading user equipment communication traffic between communications drones. The methods may include receiving, at a candidate communication drone, a replacement request from a requesting communication drone. Radio frequency (RF) communication parameters may be set for the candidate communication drone to take over communications of the requesting communication drone. The RF communication parameters may be determined based on the replacement request and may distinguish the candidate communication drone from the requesting communication drone and at least one neighboring communication drone. The candidate communication drone may move toward a target position adjacent a position of the requesting communication drone without radiating RF communications for taking over communications of the requesting communication drone.

Abstract: The described features generally relate to determining dynamic signal quality criteria for an installation of satellite terminals for communications in a satellite communications system. In particular, the signal quality criteria for an installation may be based on an identified position of the satellite terminal to be installed, and in some examples based on the positions and signal characteristics of neighboring satellite terminals that have already been installed. In some examples, a signal quality map may be generated for a service beam coverage area, based on predetermined transmission characteristics and/or measured transmissions from a number of satellite terminals served by a communications satellite. The generated signal quality map may then be used to determine a signal quality threshold for the installation of a satellite terminal being installed for communications in a satellite communications system.

Abstract: A node is provided that includes a home base station collocated with a local gateway (L-GW) providing access to a local Internet Protocol (IP) network. The node performs an establishment procedure with a security gateway (SeGW), and discriminates a packet. The node uses a first interface configured at the L-GW and a second interface which is configured between the home base station and a gateway for the home base station. The first and second interfaces are tunneled through a same IP security (IPsec) tunnel opened between the home base station and the SeGW. The home base station for the first interface uses a first IP address that is either same as or different from a second IP address used by the home base station for the second interface. The node uses either distinct ranges of Tunnel Endpoint Identifiers (TEIDs) or the first and second IP addresses to discriminate the packet.

Abstract: To cause a specific device to stay in a specific location. An information processing apparatus includes a control unit. The control unit in the information processing apparatus performs control that transmits a stay request to request a stay in a specific location to a first information processing apparatus included in a plurality of information processing apparatuses in a network in which the plurality of information processing apparatuses perform one-to-one wireless communication to be connected to each other. In addition, the control unit in the information processing apparatus performs control that gives an incentive to the first information processing apparatus under a condition that the first information processing apparatus stays in the specific location.

Abstract: A system that incorporates teachings of the subject disclosure may include, for example, a method for detecting, by a first device including a least one processor and a first Universal Integrated Circuit Card (UICC), a second device having a second UICC, detecting, by the first device, that the second UICC is unprovisioned, selecting, by the first device, one of a plurality of selectable options, where the selection identifies a first Mobile Network Operator (MNO) selected from a plurality of MNOs, receiving, by the first device, first credential information of the first MNO, and transmitting, by the first device, to the second device the first credential information for enabling the second device to facilitate establishment of communication services with network equipment of the first MNO according to the first credential information. Other embodiments are disclosed.

Abstract: Determining an individual exceeds a time-distance from a point. Locations for a set of individuals are monitored and an alert is transmitted if an individual exceeds a time-distance from a point.

Abstract: Provided are a method and device for processing pre-handover, User Equipment (UE) and a cell. The method includes that: UE receives pre-handover target cell configuration information sent by a serving cell; and the UE executes pre-handover procedure according to the pre-handover target cell configuration information. By the disclosure, the problems of low handover success rate and poor handover robustness of inter-cell handover in the related art are solved, and effects of enhancing robustness of inter-cell handover, increasing a success rate of inter-cell handover and improving network performance and a user experience are further achieved.

Abstract: An information sharing method, device and storage medium are provided. The method comprises: receiving from a first terminal device, a first message requesting information-for-sharing; determining a current location of the first terminal device based on a location from which the first message is transmitted, and recording the current location as a first geographical location; determining that a geographical sharing range matched with the first geographical location exists in pre-set geographical sharing ranges; determining information-for-sharing corresponding to the geographical sharing range matched with the first geographical location as target information-for-sharing, based on a correspondence between the geographical sharing range and information-for-sharing uploaded in the geographical sharing range; and transmitting the target information-for-sharing to the first terminal device.

Abstract: The present disclosure provides a method for improving battery life of electronic devices such as Bluetooth headsets, smart-watches among others running on small batteries, for example coin batteries. The method may include wireless power transmission through suitable techniques such as pocket-forming, while including receivers and capacitors in the aforementioned devices. Wirelessly charged capacitors may provide sufficient power on which devices may run, and thus, battery life of such electronic devices may be enhanced.