Abstract: A method for deploying a service in a communication network by performing the steps of: invoking a service deployment engine by a request for the service, retrieval of deployment templates, retrieval of service deployment policies, determination of a current configuration of at least one network element involved in providing the service, and selection of a deployment template from the retrieved deployment templates based on the service deployment policies and configuration. Further, a method for configuring a network element via a network element controller through the intermediary of a network element proxy.

Abstract: A personalised service generation enabling device generates information that enables a service creation element to generate a personalised telecommunications service based on a telecommunications service created by the service creation element. The device provides this telecommunications service to a user. Based on inputted change instructions and on the telecommunications service, the enabling device translates the change instructions into service generation information which is sent to the service creation element which generates a personalised telecommunications service based on the telecommunications service and on the change information. The personalised service is then installed in a relevant network element making the personalised service in this way accessible to the user.

Abstract: The invention relates to a method for controlling establishing a network connection between a client and a network comprising the phases of authenticating, authorizing, and accounting, comprising a further interim negotiation phase of negotiating a connection or business mode of authorization and accounting. The invention further relates to a network access system, network access client device, network access trading device, and a computer software product.

Abstract: The invention relates to a method of setting up data communication with a communication means (TERA), a first (TERA) and a second (TERB) communication means therefor, set-up program modules (PMPA and PMPB) therefor, a test means (CK) therefor and a test module (PMCK) for a test means. The first communication means (TERA) possesses at least one protocol module (P11A, P21A and BA) for data communication via at least one first layer of a communication protocol. The second communication means (TERB) sends a test means (CK) at least one target protocol property of the at least one first or one second layer of the protocol for data communication with the first communication means (TERA). The first communication means (TERA) sends the test means at least one actual protocol property of the at least one layer, able to be processed by the at least one protocol module (P11A, P21A and BA), of the protocol. The test means compares the at least one actual protocol property with the target protocol property.

Abstract: The present invention provides a method and related devices for installing software components at a user-terminal of a plurality of user-terminals in a communications-network. This communications network further consists of a plurality of hosts and a plurality of network gateways. The user-terminal is connected to one of the network gateways. The network gateway receives a connection request from a user-terminal to establish a connection between the user-terminal and one of the hosts and detects if the software components are available at the user-terminal. If the software components are not available, the network gateway sets the establishment of the connection between the user-terminal and the host in hold and subsequently establishes a connection between the user-terminal and a service provisioning network element that also is included in the communications network.

Abstract: The invention relates to a method for deploying a service in a communication network by performing the steps of:

Abstract: Known systems couple terminals via network-entities (switches, bridges, routers) to an Internet/Intranet by, at said terminals, generating first codes for activating couplings from terminals via network-entities to said Internet/Intranet, and deactivate at least a part of said coupling by, at said terminals and/or at said network-entities, generating second codes, with said network-entities detecting said first and second codes. To introduce call-on-hold features and session-park features, systems according to the invention are provided with memories for storing coupling-information in relation to at least a part of said second codes, which memories generate said coupling-information in response to third codes. Preferably, second codes will comprise subcodes indicating a deactivation-type (call-on-hold or session-park), and in addition to said first and third codes, a fourth code is generated for security reasons (encryption).