Thomson Licensing

Patrick Goemaere

Dirk Van De Poel

Kurt Jonckheer

Karel Van Doorselaer

Alex De Smedt

Kristof Martens

Jurgen Schoeters

Dominique Chanet

A solution for managing applications in a network is proposed. A distributed application management system receives information about a first application installed on a first device in the network and determines whether a second application is required or recommended for the first device or for a second device in the network or whether a further device is required or recommended for the network based on the received information. A device management system then informs a user about a required or recommended second application or a required or recommended further device.

Solution for distributed application life-cycle management

The network for multimedia control comprises User Interfaces, Session Controllers and Media Endpoints as functional entities for initiating a session, the entities having each publisher and/or subscriber functionality and communicating on topics. The network is in particular a Data Distribution Service for Real-Time Systems (DDS) network and the entities act as Domain Participants of the DDS network for providing multimedia signalling control as a domain of the DDS network.

Network for multimedia control comprising functional entities having publisher and/or subscriber functionality, and method for initiating a multimedia session

The present invention provides a method for sending a message to a network device with a specific MAC address, in an IP network implementing a internet group management protocol IGMP, comprising: sending, by a network terminal, to the network device, a multicast group management status message including a destination address set as the specific MAC address A system comprises a multitude of end-user devices coupled via a broadband connection with a service provider network, a publish/subscribe broker adapted to communicate with the multitude of end-user devices and at least a first back-end entity coupled with the service provider network. The first back-end entity includes a first client software application for connecting to the publish/subscribe broker and publishes control data via a control data channel for a device management of the end-user devices. The end-user devices include a second client software application for connecting to the publish/subscribe broker for subscribing to the control data channel and for receiving the control data, and for publishing device data and action data as instructed by the control data. The backend entity authorization is validated in particular by using a control data signature.

System comprising a publish/subscribe broker for a remote management of end-user devices, and respective end-user device

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Brecht, Belgium

Patrick Goemaere