179 results about "Location information server" patented technology

A system and method provide for establishment and use of permission sets for subscribers where client applications in a wireless communication environment are requesting location information for a particular wireless communications device from a provider of such information. The system described herein provides the capability for a wireless communications device operator to establish a profile wherein limitations may be placed on the provision of such location information based on such things as the requesting party, spatial and temporal limitations, as well as granularity. The system described herein may be further configured such that an authentication process is preformed for client application seeking location information which would require the registration of such client applications with a centralized processing system.

Disclosed is a method for providing service of a multimedia mail box in VOIP service. A service providing method applied to a terminal that processes a multimedia message, comprises the steps of: (a) being in a state in which a terminal at a receiving side cannot make a response to a request from a transmitting side; (b) receiving a call setup request from the transmitting side when a user of the terminal at the receiving side is absent; (c) receiving the call setup request from the transmission side when the user of the terminal at the receiving side is in a busy state; and (d) performing a connection to a location information server and a multimedia mail box according to the presence of a response, from the terminal at the receiving side, to the request from the transmitting side at the steps (a), (b) and (c).

Provided is a method in which a tracker configures a notification condition on the basis of an authorization policy predetermined by a trackee so that a location information server provides a customized location tracking service according to the notification condition. The method includes: (a) registering an authorization policy of a trackee in order to determine whether a location tracking service requested by a tracker will be accepted; (b) configuring a customized location information notification condition by a tracker; (c) requesting the customized location tracking service by the tracker; and (d) providing the customized location tracking service by a location information server on the basis of the configured authorization policy and the customized location information notification condition.

Selecting a subscriber identity in a user equipment (UE) device having multiple subscriber identities. Location information may be obtained using a first wireless communication technology. The location information may be provided to a subscriber identity module (SIM) in the UE device. A first subscriber identity may be selected by the SIM based on the location information. The UE device may be registered with a network using a second wireless communication technology. The first subscriber identity may be used to register the UE device with the network.

An Emergency Services Application Server (ES-AS) that obtains routing instructions for both VoIP-originated and non-VoIP-originated calls to emergency services numbers (e.g., 9-1-1). If the emergency request is a VoIP-originated call and includes a location object, the ES-AS queries its database using the location object to obtain routing information. If a location object is not provided, the ES-AS queries a location information server to obtain a location object. The ES-AS then uses the location object to query its database. If the call is originated by legacy user equipment, the ES-AS accesses a legacy automatic location information system to obtain location information and the associated PSAP. The ES-AS then queries its database with the returned information to refine routing information needed to route the call to the identified PSAP. The ES-AS includes a web services interface that allows a PSAP or authorized agency to change routing instructions dynamically, which overrides any static data in the ES-AS's routing database.

In an information providing system, a user inputs desired mobile ID number to a client terminal. The client terminal transmits a request for location information on the mobile station including the mobile ID number to a location server via a location information server. The location server transmits a request for object movement information corresponding to the mobile station to an object information server. The location information server obtains the information from a traffic control device. Location information on the mobile station obtained by the location information server is transmitted to the terminal.

An indoor positioning service system using beacon nodes includes beacon nodes, an indoor location information provision server, an indoor/outdoor continuous location information server, an indoor space information server, and an integrated service provision server. The beacon nodes are installed and periodically transmit sensing data. The location information provision server detects locations and provides location information. The continuous location information server continuously detects a location of a smart phone user and continuously provides location information thereof. The indoor space information server provides requested information of the building among stored 3-Dimension (3D) information of indoor space information of the building. The integrated service provision server provides information about a requested service, based on the provided information.

Provided are a service recommending apparatus and method. The service recommending method uses situation information, such as location information of a terminal possessed by a user and a user profile, to deduce the user's activity, predicts a service that is expected to be preferred by the user according to the user's situation, and provides the result of the prediction to the user. The location information of the terminal is acquired from a network server such as a location information server through an open API gateway.

An advertisement distributing-functioned mobile telephone produces with an application in its own terminal an advertisement to be distributed, finds its position with a position finding mechanism such as a GPS, and registers its position with a data management server via a positional information server. A control unit controls other circuits in its own terminal, and selects users to whom the advertisement is to be distributed on the basis of user information acquired from the positional information server. A radio control unit acquires user information from the positional information server and distributes the advertisement.

The provisioning of enhanced 911 service in a mobile communications network is supplemented to include the capability of identifying other mobile stations in close proximity to a mobile station placing a 911 call. This capability may then be used to aid in the identification of witnesses to a crime, car accident, and the like. Constantly updated location information for mobile stations in communication with a switching center is maintained in a database that can be accessed by PSAP agents on an “as needed” basis. In particular, a PSAP agent can submit a search request, using time/date and geographic location information to determine the identity of all mobile stations in a predetermined “radius” associated with a 911 caller.

In a content delivery system comprising a content information server, a content delivery server, and a terminal information server all located within a communications carrier network, the content information server obtains location information of a content requesting terminal from the location information server and generates a play list per terminal for inserting local CM content into main stream content depending on the terminal location. The content delivery server delivers the main stream content and the local CM content to the requesting terminal according to content identifiers specified in time sequential based on the play list per terminal by the content information server.

The invention discloses an automatic valet parking method and a system, and the automatic valet parking method comprises the steps that a server receives an automatic parking request of a user, buildsthe communication connection with an OBU of a current to-be-parked vehicle, and informs the vehicle of building a unique communication channel between the OBU and an RSU of a field side based on the5G-V2X technology; the server obtains the field end environment information collected by a road side sensing device and a vehicle-mounted sensing device of the vehicle in real time through the RSU soas to plan the driving track of the current vehicle to be parked, wherein the field end environment information comprises the position information of the current vehicle to be parked; and the server sends the driving track to a vehicle body controller through the RSU and the OBU so as to control the vehicle to park automatically according to the driving track, and meanwhile, updates the driving track in real time or notifies the vehicle of emergency braking based on the field end environment information acquired in real time until parking is completed. The system adopts the method to solve theproblems that in the prior art, accidents are easily caused by visual blind spots at the vehicle end and the path cannot be adjusted in time in the implementation scheme of automatic valet parking.

Provided is a rescue request signal processing device connected with a repeater and including a signal detector configured to detect identification information of a wireless communication terminal from an uplink signal outputted from the wireless communication terminal; a signal strength information generator configured to generate strength information of the uplink signal of the wireless communication terminal when the detected identification information of the wireless communication terminal is identical with identification information of a wireless communication terminal included in a request signal for location information transmitted from a location information requesting device; and a transmitter configured to transmit the strength information of the uplink signal and at least one of location information and identification information of the repeater to a location information server.

A wireless network game system is composed of a game server for the game data interaction with client, a position information server for providing the position information of client to said game server, and at least one client connected to said both servers via network. A data interaction method for the wireless network game includes such steps as obtaining the position information of other clients by a client via game server, accessing the relative wireless LAN, taking part in wireless network game, data interaction between game server and clients, and data interaction between clients.

The invention provides a method for acquiring IP geographic position information, which comprises the following steps: receiving an IP geographic position inquiry request initiated by an application program, wherein the request comprises an IP address; converting the IP address into a fully qualified domain name, and packaging the fully qualified domain name into a corresponding first DNS inquiry request; positioning an object-level DNS authoritative server according to the first DNS inquiry request; redirecting the fully qualified domain name by the object-level DNS authoritative server to acquire the information of the DNS authoritative server to which the mapped ISP belongs; packaging the redirected fully qualified domain name into a corresponding second DNS inquiry request, sending the second DNS inquiry request to the DNS authoritative server to which the ISP belongs, and returning corresponding geographic position information in a TXT format by the DNS authoritative server to which the ISP belongs according to the private policy; and converting the geographic position information into the information in an XML format to be returned to the application program. The invention can ensure the accuracy of the acquired geographic position information.

An emergency call handling system can route an emergency call received from a caller to an appropriate public safety answering point (PSAP) and provide the PSAP with an emergency response location (ERL) of the caller. The ERL of the caller can include, in addition to a civic address, floor, wing, sector, room, etc., information associated with the caller. The system can include a location information server (LIS) for obtaining and storing the ERLs associated with the callers. A network element, to which the caller's phone is connected, can be configured to store the location information of the caller's phone. The LIS can be configured to store a validated civic address of the network element and obtain the location information of the phone dynamically from the network element. The LIS can then combine the civic address of the network element with the location information of the network element to determine a complete ERL of the caller.

The invention provides a temporary group calling implementation method in a digital trunk system. The temporary group calling implementation method in the digital trunk system comprises the followingsteps: a trunk core network receives group calling establishment request information sent by a calling terminal, wherein the group calling establishment request comprises a specific number; the trunkcore network judges the requested group calling as temporary group calling according to the specific number, sends temporary group user list request information to a location information server and receives the temporary group user list sent by the location information server; the trunk core network creates a temporary group according to the temporary group user list and assigns a temporary groupnumber to the temporary group; the trunk core network pushes the temporary group information to the members in the group; and the trunk core network assigns calling identifiers, establishes the groupcontext, and sends group calling establishment response information to the calling terminal, wherein the group calling establishment response information comprises the temporary group user list. According to the temporary group calling implementation method in the digital trunk system, the calling process does not require a dispatching desk to participate, and does not write to the database, therefore, multiple dynamic regrouping operations in the temporary group calling implementation method in the prior art are avoided, and the process is simplified.

The invention discloses a character recognition based mobile augmented reality reading method.The method includes steps: 1, a mobile device acquires a shot original image containing characters; 2, the mobile device preprocesses the acquired original image and uploads to a server; 3, the server acquires a character set and position information of each character in the image; 4, the server acquires a keyword set and position information of each keyword; 5, the server searches multimedia resources related to each keyword and returns corresponding results to the mobile device; 6, aiming at each group of received results, the mobile terminal precisely overlays the multimedia resources onto the original image.The invention further discloses a reading system for implementation of the character recognition based mobile augmented reality reading method.The reading system comprises a mobile phone terminal and a server terminal, and the mobile phone terminal and the server terminal are in communication through the internet.The character recognition based mobile augmented reality reading method and the reading system have the advantages of low storage cost of the server and the like.

The present invention provides a method for providing locality information in a plurality of switched networks of different network types. The method includes transmitting network-specific information of a caller via a signaling protocol of a service logic located on a service platform. Using the transmitted network-specific information of the caller, a current locality information of the caller is determined by a network-specific location information server. The current locality information is provided in a uniform manner outside of the signaling protocol.

A location information server system for acquiring the status of a user terminal in wireless communication network, comprising: a plurality of sensor means capable of communicating through a network; a priority database to location information from each sensor means; location information selecting means for selecting a location information having a high priority from overlapping location information with reference to the database; and a sensor information integration processing means which integrates acquisition information from at least two sensor means of the sensor means for acquiring the location information and the sensor means for acquiring identification information of a user terminal, and acquires the user terminal position wherein information from each means is accumulated in the location information server as terminal location information database and the location information server means includes a location information providing means capable of providing the sensor information to a predetermined network server which switches communication in the user terminal.

The invention relates to a method and a system for parking, electronic equipment and a storage medium. The method comprises the steps of: receiving a parking request by a server, wherein the parking request comprises position information of a vehicle; determining a parking path by the server according to the position information of the vehicle and position information of available parking stalls stored in a server storage region; transmitting the parking path to a vehicle-mounted system of the vehicle; and performing automatic navigation to a parking position of an expectant target parking stall according to the parking path by the vehicle-mounted system. Through adoption of the technical scheme of the method, automatic parking can be achieved, and time required for manually searching forthe parking stall can be saved; in addition, when the vehicle drives to the parking position of the expectant target parking stall, the vehicle-mounted system can obtain coordinate information of theexpectant target parking stall, so as to determine a parking path of the vehicle to the target parking stall, and the vehicle-mounted system can automatically park into the target parking stall according to the parking path, therefore, time of a driver for parking the vehicle into the parking stall can be saved.

The invention provides a traffic information processing method, traffic information processing equipment and a traffic information processing system. The traffic information processing method comprises that a base station receives at least two position request messages transmitted by at least one vehicle-mounted terminal; for each vehicle-mounted terminal, the base station determines first longitude and latitude information of the vehicle-mounted terminal according to the first position request message, determines second longitude and latitude information of the vehicle-mounted terminal according to the second position request message, and generates driving speed information according to first time information, second time information, the first longitude and latitude information and the second longitude and latitude information, and a terminal identifier, the first time information, the second time information, the first longitude and latitude information, the second longitude and latitude information and the driving speed information form vehicle information corresponding to the vehicle-mounted vehicle; and the base station transmits the vehicle information of at least one vehicle-mounted terminal to a vehicle position information server. According to the traffic information processing method, the traffic information processing equipment and the traffic information processing system, the traffic information is acquired, and the accuracy and the rationality of traffic early-warning are improved.