Abstract: A method for authenticating smart glasses in a data network includes transmitting a message to an authentication computer of the data network, generating a first transaction code and transmitting to the smart glasses, reading authorization data of a user, without involving the smart glasses, into the data network and processing by the authentication computer, which carries out an authentication of the user on the basis of the authorization data, and in case of a successful authentication, reading a second transaction code into the data network, wherein if a check performed by the authentication computer shows that the second transaction code matches the first, an access right is provided for the smart glasses and stored in the smart glasses, the access right enabling the smart glasses to access one or a plurality of predetermined services in the data network.

Abstract: In a computer-implemented method and system of augmenting a video stream of an environment, a processing device receives a first video stream including a plurality of image frames provided from at least one camera, processes the plurality of image frames of the first video stream to define a spatial scope of image data within a respective one of the image frames, modifies the plurality of image frames with frame-based modification information configured to obfuscate or delete or restrict at least one portion of a respective one of the image frames which is outside of the spatial scope of image data within the respective one of the image frames, and outputs a second video stream based on the modified plurality of image frames with the frame-based modification information for transmission to a receiving device, such as a display device.

Abstract: The invention relates to a method of performing a process using artificial intelligence. The method comprises running, by a computing device, an application configured to perform a process which uses an artificial intelligence model for processing signals and defining at least one parameter set for performing the at least one process; running, by the computing device, a user-driven workflow engine which comprises multiple modules including at least a first and second module; defining, by the first module, a context of the process and generating corresponding context information, providing the artificial intelligence model based on the generated context information of the process; and using, by the second module, the artificial intelligence model in a user-driven workflow within the application while executing the process. Advantageously, the combination of these modules describes an end-to-end connection which is self-learning and self-improving and is targeted at users with no expertise in the AI domain.

Abstract: A method of performing a data collection procedure for generating a dataset for input to a process that comprises running a workflow engine configured to perform a data collection workflow that requests user input and guides the user through a user-driven data collection procedure of collecting labeled data and creates a dataset of labeled data. The method includes defining a context of the data collection procedure generating corresponding context information, and after defining the context of the data collection procedure, executing the data collection workflow and requesting user input such that, when the user starts executing the data collection workflow, the workflow engine presents information on a graphical user interface, and using the context information, the provided information relevant to the data to be collected, and the received user input during the data collection workflow by the workflow engine for labelling the data to be collected and generating the dataset.

Abstract: An aspect of the invention pertains to technically supporting a manual order picking process. A user executes order picking steps, which are output to the user as handling instructions. The handling instructions originate from a management server. One or more order picking steps specify the removal and/or depositing of objects in a storage location by the user. A sensor device in a mobile unit acquires sensor data, based on which the effected execution of a respective order picking step is determined. The mobile unit is carried on an arm, hand, foot, or leg of the user with a fastening means. Data that is based on the sensor data of the sensor device is transmitted via a wireless data interface, whereupon the management server is informed of the effected execution of the respective order picking step. Information on the manual order picking process is output to the user by data glasses.

Abstract: In a computer-implemented method and system of augmenting a video stream of an environment, a processing device receives a first video stream including a plurality of image frames provided from at least one camera, processes the plurality of image frames of the first video stream to define a spatial scope of image data within a respective one of the image frames, modifies the plurality of image frames with frame-based modification information configured to obfuscate or delete or restrict at least one portion of a respective one of the image frames which is outside of the spatial scope of image data within the respective one of the image frames, and outputs a second video stream based on the modified plurality of image frames with the frame-based modification information for transmission to a receiving device, such as a display device.

Abstract: A method for authenticating smart glasses in a data network includes transmitting a message to an authentication computer of the data network, generating a first transaction code and transmitting to the smart glasses, reading authorization data of a user, without involving the smart glasses, into the data network and processing by the authentication computer, which carries out an authentication of the user on the basis of the authorization data, and in case of a successful authentication, reading a second transaction code into the data network, wherein if a check performed by the authentication computer shows that the second transaction code matches the first, an access right is provided for the smart glasses and stored in the smart glasses, the access right enabling the smart glasses to access one or a plurality of predetermined services in the data network.

Abstract: An aspect of the invention pertains to technically supporting a manual order picking process. A user executes order picking steps, which are output to the user as handling instructions. The handling instructions originate from a management server. One or more order picking steps specify the removal and/or depositing of objects in a storage location by the user. A sensor device in a mobile unit acquires sensor data, based on which the effected execution of a respective order picking step is determined. The mobile unit is carried on an arm, hand, foot, or leg of the user with a fastening means. Data that is based on the sensor data of the sensor device is transmitted via a wireless data interface, whereupon the management server is informed of the effected execution of the respective order picking step. Information on the manual order picking process is output to the user.

Abstract: The present application shows the relationship between variations in the amino acid sequence of histone proteins, more specifically the H3.3 protein, and proliferation-associated disorders. Herewith provided are predictive methods, commercial packages, therapeutic methods and screening methods based on this relationship.

Abstract: The present application shows the relationship between variations in the amino acid sequence of histone proteins, more specifically the H3.3 protein, and proliferation-associated disorders. Herewith provided are predictive methods, commercial packages, therapeutic methods and screening methods based on this relationship.