Abstract: A system for obtaining information about an Internet of Things (IoT) device connected to a network includes a data traffic collection point, a data processing module and an artificial intelligence module. The data traffic collection point collects data units communicated to or from a specified IoT device of a plurality of IoT devices connected to a network. The data processing module processes quantitative information pertaining to the data units communicated to or from the specified IoT device collected over a defined time interval, to create a temporal data traffic fingerprint of the specified IoT device. The artificial intelligence module utilizes a machine learning model to deduce device identifying information of the specified IoT device from the temporal data traffic fingerprint of the specified IoT device.

Abstract: A system for obtaining information about an Internet of Things (IoT) device connected to a network includes a data traffic collection point, a data processing module and an artificial intelligence module. The data traffic collection point collects data units communicated to or from a specified IoT device of a plurality of IoT devices connected to a network. The data processing module processes quantitative information pertaining to the data units communicated to or from the specified IoT device collected over a defined time interval, to create a temporal data traffic fingerprint of the specified IoT device. The artificial intelligence module utilizes a machine learning model to deduce device identifying information of the specified IoT device from the temporal data traffic fingerprint of the specified IoT device.

Abstract: A method for operating an industrial automation system communication network, wherein at least one control unit controls functions of a plurality of communication devices for operating a communication network that includes plurality of communication devices, where the communication network is subdivided into a plurality of partitions which each include a plurality of end nodes as service access points and predeterminable shares of system resources of communication devices, where guaranteeable service quality parameters, which may be mapped in a multi-dimensional service quality parameter matrix for each partition, are determined for each data transmission within the partitions, by a pair of end nodes and in a manner dependent on direction, where each partition is assigned uniquely to a respective user together with the guaranteeable service quality parameters, and where potentially available system resources and authorizations for each respective user are specified by the assigned.

Abstract: A method for operating an industrial automation system communication network, wherein at least one control unit controls functions of a plurality of communication devices for operating a communication network that includes plurality of communication devices, where the communication network is subdivided into a plurality of partitions which each include a plurality of end nodes as service access points and predeterminable shares of system resources of communication devices, where guaranteeable service quality parameters, which may be mapped in a multi-dimensional service quality parameter matrix for each partition, are determined for each data transmission within the partitions, by a pair of end nodes and in a manner dependent on direction, where each partition is assigned uniquely to a respective user together with the guaranteeable service quality parameters, and where potentially available system resources and authorizations for each respective user are specified by the assigned.

Abstract: It is provided an airbag arrangement for a vehicle-occupant-restraining system, comprising an airbag, wherein at least one airbag layer delimits an inflatable volume of the airbag; and at least one fastening tab, which is connected to the airbag layer and is intended for fastening the airbag on a vehicle component. The entire fastening tab is formed from a different material to that of the airbag layer.

Abstract: In order to extend the “Software Defined Networking” of the cyber-physical respectively the industry automation network such that the quality of networking is improved up to industrial grade and which resolves the bunch of problems discussed in the introductory part of the application, it is proposed to merge the usage control of Operating System resources by App's and/or Virtual Machines running on/hosted by a Networked Device including an Operating System in a cyber-physical Network with the controlling a modified SDN-System extending a conventional SDN-System to an “End-to-End”-Communication within the cyber-physical Network provides on a per-application-basis and to control all this from a SDN-Controller being adapted to these circumstances and requirements.

Abstract: The invention relates to an airbag arrangement for a vehicle-occupant-restraining system, having an airbag (2), wherein at least one airbag layer (21, 22) delimits an inflatable volume (200) of the airbag (2); and at least one fastening tab (3), which is connected to the airbag layer (21, 22) and is intended for fastening the airbag (2) on a vehicle component. According to the invention, the entire fastening tab (3) is formed from a different material to that of the airbag layer (21, 22). The invention also relates to a method for producing an airbag arrangement for a vehicle-occupant-restraining system.