Abstract:
Users, who have simultaneous access to a plurality of terminal devices, can enter into a multimedia, multiterminal user session. In a negotiation phase users agree on which media to use in a multimedia session and select the most appropriate types of terminal devices that support the selected media. Each terminal device is connected to one of a plurality of interworking communications networks. A network node (130) that is reached through any of the plurality of interworking networks manages creation and supervision of sub-sessions involving the selected terminal devices such that each type of terminal device carry at least one selected media. A versatile and media rich communication is obtained in which terminal devices currently available at a local environment are efficiently used.
Abstract:
A method of controlling polling of slaves in a piconet includes polling the slaves in accordance with a weighted round robin (WRR) scheme and dynamically changing a weight of a participant-in-multiple-piconets (PMP) slave in order to compensate the PMP slave for absence of the PMP slave from the piconet. This Abstract is provided to comply with rules requiring an Abstract that allows a searcher or other reader to quickly ascertain subject matter of the technical disclosure. This Abstract is submitted with the understanding that it will not be used to interpret or limit the scope or meaning of the claims. 37 CFR 1.72(b).
Abstract:
Users, who have simultaneous access to a plurality of terminal devices, can enter into a multimedia, multiterminal user session. In a negotiation phase users agree on which media to use in a multimedia session and select the most appropriate types of terminal devices that support the selected media. Each terminal device is connected to one of a plurality of interworking communications networks. A network node (130) that is reached through any of the plurality of interworking networks manages creation and supervision of sub-sessions involving the selected terminal devices such that each type of terminal device carry at least one selected media. A versatile and media rich communication is obtained in which terminal devices currently available at a local environment are efficiently used.
Abstract:
Mobile radio telephone service is provided to a plurality of members of a subscriber group. Members of the subscriber group, which may comprise, for example, members of a family or employees of a small business, share a single subscription to the mobile radio telephone network which subscription limits the number of traffic channels which can be simultaneously occupied by the members. The group subscription avoids each of the individual members having to have a separate mobile radio system subscription and at the same time allows the network operator to spread subscriber traffic over a larger period of time during the day.
Abstract:
A subscriber associated with a private branch exchange (PBX) terminal without a Direct-Inward-Dialing (DID) line establishes a first call connection with a particular service node via a mobile station. The subscriber then instructs the service node to originate a second call connection from the service node towards the PBX serving said subscriber. The first and second call connections are interfaced to enable the subscriber to communicate with a PBX operator answering the second call connection. The subscriber then instructs the operator to forward the received call to the subscriber's PBX terminal. Thereafter, the subscriber instructs the service node to originate a third call connection towards a particular called party terminal. The established third call connection is interfaced with the second call connection to enable the subscriber to communicate with the called party subscriber terminal via the PBX terminal. The first call connection with the mobile station is terminated. Since no outgoing call connection has been originated by the PBX, no additional PBX associated charges are incurred by the subscriber for the communication.
Abstract:
First and second users subscribe to respectively first and second mobile telecommunications services provided by first and second operator respectively. Respective user trusts the operator to perform operations in a private user domain such as a payment account. In response to first operator receiving from first user a message ordering execution of specified transaction, e.g. an SMS.message, the message is intercepted and forwarded to analysis unit. First and second operations are determined and intercepted message is amended and forwarded to second user who returns, to second operator, a response message indicating, e.g., acceptance of indicated operations. First and second operators, mutually trusted, exchange control information over a secure channel to prepare for execution of first and second operations in respective private domains. In response to second operator receiving an acceptance message from the second user, the first and second operations are executed in respective private domain. Confirmation of executed operations is sent to first and second user. Various embodiments are described including payment for merchandise.