Abstract: A system for solving a technical problem in a network architecture with at least one service operator network and a plurality of in-house networks supported by the at least one service operator network, includes a computing device adapted to receive in-house network parameters and to determine, based on the received in-house network parameters, a coordination strategy involving the reconfiguration of a number of involved in-house networks being supported by a number of involved service operator servers. The computing device is adapted to inform the number of involved operator servers of the coordination strategy. A service operator server is adapted to reconfigure an in-house network according to the coordination strategy to solve the technical problem.

Abstract: According to a first aspect, the invention relates to a tool for modelling, instantiating and/or executing a Bayesian agent in an application. The tool comprises a modelling module which is adapted to enable a user to determine a template for the Bayesian agent. The template comprises a Bayesian network, which comprises nodes and/or node-level meta-data. The node-level meta-data at least defines node behavior and/or an association of a node with a software defined sensor and/or one or more software defined actuators. Also the template comprises template-level metadata at least defining lifecycle properties for the Bayesian agent. The template is suitable to be instantiated and executed as the Bayesian agent instance.

Abstract: According to a first aspect, the invention relates to a tool for modelling, instantiating and/or executing a Bayesian agent in an application. The tool comprises a modelling module which is adapted to enable a user to determine a template for the Bayesian agent. The template comprises a Bayesian network, which comprises nodes and/or node-level meta-data. The node-level meta-data at least defines node behaviour and/or an association of a node with a software defined sensor and/or one or more software defined actuators. Also the template comprises template-level metadata at least defining lifecycle properties for the Bayesian agent. The template is suitable to be instantiated and executed as the Bayesian agent instance.

Abstract: A method to obtain a cloud-stored virtual desktop includes a set of user preferences, applications and shortcuts to files that a user desires to access. The method includes (A) transferring from a client device to a cloud broker a virtual desktop request comprising a user identification and a client device type identification; (B) passing the virtual desktop request to a cloud desktop agent responsible for maintenance of virtual desktops and virtual desktop metadata in the cloud storage system; (C) selecting by the cloud desktop agent a list of available virtual desktops for the user and the client device type based on a comparison with the virtual desktop metadata; (D) transferring the list of available virtual desktops to the cloud broker; and (E) forwarding the list of available virtual desktops from the cloud broker to the client device to enable the user to select a virtual desktop to be opened.

Abstract: A system for solving a technical problem in a network architecture with at least one service operator network and a plurality of in-house networks supported by the at least one service operator network, includes a computing device adapted to receive in-house network parameters and to determine, based on the received in-house network parameters, a coordination strategy involving the reconfiguration of a number of involved in-house networks being supported by a number of involved service operator servers. The computing device is adapted to inform the number of involved operator servers of the coordination strategy. A service operator server is adapted to reconfigure an in-house network according to the coordination strategy to solve the technical problem.

Abstract: A method to obtain a cloud-stored virtual desktop includes a set of user preferences, applications and shortcuts to files that a user desires to access. The method includes (A) transferring from a client device to a cloud broker a virtual desktop request comprising a user identification and a client device type identification; (B) passing the virtual desktop request to a cloud desktop agent responsible for maintenance of virtual desktops and virtual desktop metadata in the cloud storage system; (C) selecting by the cloud desktop agent a list of available virtual desktops for the user and the client device type based on a comparison with the virtual desktop metadata; (D) transferring the list of available virtual desktops to the cloud broker; and (E) forwarding the list of available virtual desktops from the cloud broker to the client device to enable the user to select a virtual desktop to be opened.

Abstract: In a cloud storage system, an editable version of each content item is stored in a cloud data store and one or more HTML versions of content items are stored in a cloud cache store. In order to access a content item, a client application sends a request to a cloud broker, specifying a user action that is either “view” or “edit”. In case the user action is “edit”, the cloud broker sends a request for retrieving the editable version of the content item from the cloud data store. In case the user action is “view”, the cloud broker sends a request for obtaining a URL to one of the HTML versions of the content item to a cloud cache agent.

Abstract: A method for notification of content changes across different applications that share same content in a cloud storage system comprises: registering at a cloud IO broker applications that require content change notification; informing a cloud IO agent about content for which applications registered with the cloud IO broker for content change notification; monitoring content changes in the cloud storage system and upon each change of a content item: sending a first content change notification from the cloud IO agent to each cloud IO broker that requested content change notification for that content item; identifying at the cloud IO broker applications registered for content change notification for that content item; and multicasting a second content change notification from the cloud IO broker to all applications registered for content change notification for that content item.

Abstract: The present invention relates to a method for identifying a crosstalk source interfering with a subscriber line, and comprising the step of collecting noise measurements performed over the subscriber line at consecutive time instances. A method according to the invention further comprises the steps of: classifying said noise measurements into distinct measurement collections corresponding to respective ones of distinct crosstalk environments, time-averaging over a particular measurement collection, thereby yielding a particular time-averaged noise measurement, identifying said crosstalk source from said particular time-averaged noise measurement. The present invention also relates to a network analyzer implementing such a method.