Abstract: The present invention is directed towards a method for automated robot entity based execution of processes across distributed heterogeneous computing environments. The suggested teachings provide means to dynamically assign robots and/or tasks to well performing environments and may even adapt the configuration of an environment towards proper process execution. The invention is furthermore directed towards a respectively arranged system arrangement along with a computer program product and a computer-readable medium.

Abstract: The present invention is directed towards the secure management of authorization data and automated processing of instructions in a robotic process automation environment, which allows the management of secrets within such a platform. Secrets may be credentials, access rights, passwords, keys or the like. The underlying message flow can be implemented as a computer implemented software protocol in a distributed RPA (robotic process automation) environment. The invention is furthermore directed towards a respectively arranged system arrangement along with a computer program product and a computer-readable medium.

Abstract: A method of calculating radiation dose includes dosimetric projection of a collimator geometry. The method includes defining a three-dimensional (3D) geometry of a collimating device which defines an aperture configured to allow a radiation beam passing through, projecting the collimating device along the radiation beam into a two-dimensional (2D) geometry in a plane, calculating dosimetric opacity values of the collimating device at locations adjacent to the aperture based on the 3D geometry of the collimating device, and calculating transport of the radiation beam through the collimating device based on the 2D geometry projected in the plane and using the dosimetric opacity values of the collimating device at the locations adjacent to the aperture.

Abstract: A method of calculating radiation dose includes dosimetric projection of a collimator geometry. The method includes defining a three-dimensional (3D) geometry of a collimating device which defines an aperture configured to allow a radiation beam passing through, projecting the collimating device along the radiation beam into a two-dimensional (2D) geometry in a plane, calculating dosimetric opacity values of the collimating device at locations adjacent to the aperture based on the 3D geometry of the collimating device, and calculating transport of the radiation beam through the collimating device based on the 2D geometry projected in the plane and using the dosimetric opacity values of the collimating device at the locations adjacent to the aperture.

Abstract: A method for communication to/from a multimode terminal operable to communicate via multiple alternative communication technologies. Each region definition indicates a region name and one or more of the communication technologies and/or operating modes plus an activation range and a deactivation range for the communication technologies and/or operating modes. The multimode terminal determines its position and retrieves a stored region definition relating to the region closest to the multimode terminal's determined position. It then compares its determined position with the activation range and a deactivation range of the retrieved region definition. Based on said comparison, the multimode terminal activates and deactivates the multiple alternative communication technologies and/or operating modes indicated by the retrieved region definition.

Abstract: A method for communication to/from a multimode terminal operable to communicate via multiple alternative communication technologies. Each region definition indicates a region name and one or more of the communication technologies and/or operating modes plus an activation range and a deactivation range for the communication technologies and/or operating modes. The multimode terminal determines its position and retrieves a stored region definition relating to the region closest to the multimode terminal's determined position. It then compares its determined position with the activation range and a deactivation range of the retrieved region definition. Based on said comparison, the multimode terminal activates and deactivates the multiple alternative communication technologies and/or operating modes indicated by the retrieved region definition.