122 results about "Multi operator" patented technology

A system and method for a multi-player, multi-operator and multi-location interactive game system that is displayed at public venues via digital signage devices, otherwise known as location-based interactive content devices. A widget comprising a variety of games superimposed upon full screen advertisements is customized to the operator's selection, and may be run on either: a server cluster, or an operator's computer. The system provides enhanced speed and game performance by using content servers to store image, text, graphics, or other types of files associated with a game.

The present invention proposes a method for managing rights of subscribers to a pay-television system comprising an access control system to which are connected subscriber management systems each managed by an operator and a plurality of subscriber decoders, said decoders each being equipped with a security module containing the rights for each subscriber allowing him the decryption of encrypted digital data of a stream broadcasted by at least one operator, during a modification of the rights carried out by an operator in the security module of a subscriber, the control access system receives data identifying a subscriber with modification commands of rights of said subscriber coming from a subscriber management system of an operator, generates a management message containing the modified rights and transmits said message to the security module of the subscriber via the stream containing the encrypted data, said method comprising the step of verification of the modifications according the properties and the available resources of the security module and the step of generation of the management message containing the modified rights when the result of the comparison is positive.

The invention discloses a task decoupling-based multi-robot collaboration welding path generation method. The method includes the following steps that: first step, based on a to-be-welded workpiece model, a chord tolerance and minimum step-combined method is adopted to perform discretization processing on welding seams through non-equidistant point sampling, so that space curve welding seam features can be extracted; second step, a multi-robot cooperative welding task planning model is established; third step, a multi-operator multi-chromosome structured improved genetic algorithm is adopted to distribute multi-robot welding tasks; and fourth step, a motion closed chain-based multi-robot master-slave type collaboration motion model is established, so that multi-robot cooperation paths under tight coupling and loose coupling are generated. According to the method of the invention, the unified multi-robot cooperation welding model is established according to the coupling relations of multiple master-slave robots, and therefore, task planning efficiency of multi-robot cooperation welding can be effectively improved.

In an operating system having a first controller configured to manage one or more robots included in a first region, and a second controller configured to manage one or more robots included in a second region adjacent to the first region, a method for enabling the second controller to acquire an operation right of N robots (where N is a natural number equal to or greater than 1) operated by the first controller, the method includes: transmitting a control mapping status (CMS) containing an operation right change message to the first controller, upon reception of an operation right request signal from a user of the N robots; and checking a connection status of the N robots, upon reception of the CMS containing the operation right change message from the first controller, and acquiring an operation right by providing CMS acquisition information and control mapping information to the robots included in the second region.

The invention discloses an Internet of things (IOT) access gateway which comprises a control module, a plurality of standard interfaces and a plurality of signal access modules, wherein the standard interfaces are used for plugging the signal access modules and configured by the control module, and each standard interface can be independently switched among an uplink interface, a downlink interface, a configuration interface and a composite port; and the gateway further comprises a drive identification and management module for identifying and managing the signal access modules plugged in the standard interfaces. The gateway has the advantages that: the plurality of standard interfaces are arranged in the gateway, a user can freely designate the interfaces as anyone of the uplink interfaces, downlink interfaces and configuration interfaces, and various types of signal access modules can be randomly plugged in these interfaces, and therefore, logical complexing, access mode complexing and multi-operator compatibility of the same physical interface are realized, and design difficulty of a hardware system and promotion and application difficulty under different operating networks are greatly reduced.

A satellite control system comprising a communications system and an information management system. The communications system is configured to receive commands from a plurality of operators. The communications system is further configured to send the commands to a satellite using a number of communications links. The information management system may be configured to avoid conflicts between the commands sent by the communications system to the satellite from different operators in the plurality of operators that cause an undesired operation of the satellite. The information management system may be configured to provide a desired level of security for information sent between the plurality of operators and the satellite.

A technique for coordinating the registration of a terminal (UE) in circuit-switched (CS) and packet-switched (PS) domains of a multi-operator core network (MOCN) with multiple core networks (CN) is described. According to a method approach, a notification message indicating the necessity of coordinated CS and PS registrations for a terminal (UE) is received from a first core network (CN). In a next step, and based on a global permanent identity (IMSI) associated with the terminal (UE), a second core network (CN) responsible for CS and PS registrations is determined. A registration message for coordinated CS and PS registrations is then sent to the second core network (CN) that has been determined based on the global permanent identity (IMSI).

The techniques introduced here provide for efficient mass handover from a shared-spectrum wireless communication system (e.g., Licensed Shared Access, Authorized Shared Access, Cloud Spectrum Services, or the like) to a target system (e.g., 3GPP LTE, or the like). The techniques further provide for efficient handling of transitions from one shared-spectrum allocation period to the next shared-spectrum allocation period. Additionally, the techniques provide for efficient handling of multi-operator transitions to re-licensed or re-negotiated shared-spectrum allocations.

A network management system for securely managing network elements (NEs) over arbitrary multi-operator networks, via managing copies of NE configuration files on general purpose computers on a network operations center (NOC). The NEs operate automatically and dynamically, under non-dynamic control by the NE configuration files sent from the NOC. The NE hardware implements automated routines by which NE configuration files, including NE program, control and status memory contents, are transferred between NOC and NEs in a customized, secure fashion, while providing an abstraction for software such that the software at both the NOC computers and NEs can handle the NMS communications simply via using common standard file system and networking library functions. This is accomplished by a portal device that functions as a transparent converter between regular LAN file transfers between NOC computers and the portal, and between the customized, secured file transfer format used between the portal and NEs.

The invention provides a method, a device and a system for transmitting a vehicle-to-everything communications (V2X) message. The method comprises the following steps that: network side equipment acquires V2X resource information and/or V2X resource configuration information, wherein the V2X resource information is used for transmitting a V2X message of a non-service operator, and the V2X resource configuration information is used for acquiring the V2X resource information by a terminal; and the network side equipment transmits the V2X resource information and/or the V2X resource configuration information to the terminal. Through adoption of the method and the system supporting transmission of a V2V service in a multi-operator multi-carrier-frequency scene, the problem that the V2V service cannot support the multi-operator multi-carrier-frequency scene in the prior art is solved.

A method of controlling a plurality of robotic vehicles may involve the steps of: Determining a state of each of the plurality of robotic vehicles; assigning a robotic vehicle to an operator in response to a Binding command from the operator; allowing the operator to command the assigned robotic vehicle to perform a mission; and releasing the assigned robotic vehicle in response to an Unbinding command from the operator.

A mobile ambient network (MAN) negotiator 106 is provided for negotiating with ambient access networks (AANs) 102 on behalf of a MAN 104 to select a particular AAN to handle a wireless communication session for the MAN. The MAN is, e.g., either a user terminal (UT) or a private area network (PAN). The negotiations performed by the MAN negotiator on behalf of the MAN include establishing a secure, trusted relationship between the MAN and the AAN, as well as negotiating costs, billing arrangements and the like. The MAN negotiator communicates with the MAN via a dedicated wireless communication channel but preferably communicates with the AANs via non-wireless, i.e. fixed, connections.

The embodiment of the invention discloses a method for intra-base-station cross-public-land-mobile-network (PLMN) switching. The method comprises: a base station obtains a PLMN negotiation result of a core network and a network sharing scene of the base station is determined based on the negotiation result, wherein the network sharing scene of the base station includes multi-operator core network (MOCN) sharing and gateway core network (GWCN) sharing; a measuring report sent by user equipment (UE) is received and a PLMN of a source cell and a PLMN of a switched target cell in the base station are determined based on the measuring result; and when the PLMN of the source cell and the PLMN of the switched target cell are different, intra-base-station cross-PLMN switching corresponding to the network sharing scene of the base station is executed. In addition, the embodiment of the invention also discloses a base station and a communication system.

The invention relates to a multi-operator implementation method. The method comprises the following steps: when detecting that a user identification card is inserted into a current system, acquiring an operator identifier corresponding to the inserted user identification card; if the acquired operator identifier is different from the currently-operated operator identifier, performing reboot and entering a guidance phase; loading an operator image file corresponding to the acquired operator identifier at the guidance phase; and booting the operator image file corresponding to the acquired operator identifier, entering an operating system, and then loading operator configuration data corresponding to the acquired operator identifier. By adopting the method, the problem of limited operator support can be solved. In addition, the invention also provides a multi-operator implementation device, a storage medium and computer equipment.

The invention discloses a multi-operator ODN sharing and heterogeneous PON unified management method. The method comprises the following steps: 1, a soft defined virtual passive optical network overall system framework, that is, providing an open control interface in a PON access network to implement a programmable intelligence management and control platform, dividing resources into multiple slices virtually and flexibly, and independently forwarding the slices by operators in respective virtual resource channels; 2, components of a virtual passive optical network system; 3, a virtual passiveoptical network configuration working mechanism; 4, a sharing PON equipment increases software-defined identifiers of telecom operators; 5, a multi-operator sharing work configuration mechanism; 6, adata forwarding mechanism; 7, a system management; 8, pool grouping; 9, virtual network topology; 10, QoS implementation; 11, the realization of security assurance and coexistence transition; 12, therealization of energy-saving mechanism; and 13, collaborative management with the upper-level network. The multi-operator ODN sharing and heterogeneous PON unified management method has the advantages of realizing the indiscriminate opening of the service level and reducing the construction cost of the resident network.

The invention discloses a multi-operator image redirection method for maintaining the important content area width-to-height ratio. Firstly visual saliency detection is performed on an input image, and an energy spectrum is calculated by combination of a normalized grayscale map; a visual saliency image is obtained by performing threshold segmentation and division on the energy spectrum; the required stretching size is calculated according to the size of the visual saliency image for reducing the overall size of the visual saliency image; different degrees of stretching is performed on the visual saliency image and background information; then similarity transformation is performed on the stretched image; and finally fine adjustment is performed by using a line cutting method with addition of gradient vector flow according to the target size so as to acquire the final output image. With application of the method, the visual saliency content can be detected and globally protected so as to enhance the quality of the image redirection technology.

The invention discloses a device for supporting a multi-operation supporting system (OSS) on one hand, which comprises a basic service module, a general service module and a general operation supporting system customizing module. By application of the device and a method provided on the other hand, various operators develop and construct the operation supporting system for the second time on the basis of the device, so as to reduce construction of redundant projects, fully utilize computing resources, network resources and service resources in the device, avoid resource idleness and waste, and simultaneously be convenient for clustering and smooth market expansion. Moreover, the device can support the multi-operator and multi-operation supporting system.

The invention discloses an intelligent card and a method of the intelligent card for supporting switching of multi-operator numbers, and relates to the technical field of intelligent cards. The disclosed method comprises that: when a user selects the number via setting an STK menu, if the intelligent card judges that the number selected by the user is not the current number, a data file corresponding to an operator to which the number selected by the user is attributed is searched in storage positions of the data files of each operator stored in advance, and a GSM directory of the intelligent card and the data files under an operator directory are substituted by the searched data file. The data files of the operators comprise a network data file and an individualized data file. The network data file comprises SPN, PRL and LOCI content files, and the individualized data file comprises IMSI, ICCID, PIN1, PIN2, PUK1, PUK2 and KI files. The invention also discloses one intelligent card. The card can be switched between different network operator numbers via switching of operator network data between the different numbers by the technical scheme of the application.

The invention discloses a multi-SIM card multi-operator network fusion system, comprising a device terminal with an external SIM card and a built-in SIM card, wherein the multi-SIM card multi-operatornetwork fusion system further comprises a background system wirelessly connected with the device terminal. The invention further discloses an SIM card switching method of the multi-SIM card multi-operator network fusion system. The method comprises the steps of: S1, database update: updating network signal parameters and limited switching strategies of operators covered by each region in a database. The invention further discloses a recharge billing method of the multi-SIM card multi-operator network fusion system, comprising the steps of : (1) establishing a binding relationship among the built-in SIM card, the external SIM card and the device terminal. According to the multi-SIM card multi-operator network fusion system disclosed by the invention, the network disconnection rate of a vehicle owner in use due to the insufficient coverage of an operator base station network is effectively reduced by using a dual SIM card switching mechanism, and the success rate of the operation of Internet of Vehicles service is improved.

Monitoring and reporting for policy enforcement may benefit various communication systems. For example, multi-operator wholesale networks may benefit from enablement of monitoring and reporting for dynamic policy enforcement. A method may include receiving a credit control request at a policy control function, wherein the request comprises an international mobile subscriber identity. The method may also include querying, by the policy control function, a home subscriber server with a query, wherein the query comprises the international mobile subscriber identity. The method may further include obtaining a tenant identifier corresponding to the international mobile subscriber identity from the home subscriber server in response to the query. The method may additionally include responding with a response to the credit control request based on the tenant identifier.

The invention discloses a multi-operator application customization control method and a multi-operator application customization control system based on a mobile terminal. The multi-operator application customization control method comprises the steps of generating software which comprises an application installation package that is required by a multi-operator customizer, downloading the software into the mobile terminal, and simultaneously storing each operator customizer and a to-be-installed application software list in the mobile terminal; acquiring operator customizer information when the mobile terminal is started; acquiring the to-be-installed application software list of the operator customizer according to the operator customizer information; and installing applications in the application software list which corresponds with the operator customizer. The multi-operator application customization control method and the multi-operator application customization control system have advantages of preventing software downloading error in actual operation, improving software downloading accuracy of the mobile terminal, improving software use efficiency, increasing customization efficiency of the mobile terminal and facilitating the user.