Abstract: The present invention relates to a method for determining a turning radius of a trailer attached to a towing vehicle and moved by the latter, comprising a computing unit, which is connected to a measuring sensor system, which transmits sensor data about current movements of the trailer to the computing unit, and which sensor data is considered by the computing unit for the determination of the turning radius. The invention also relates to a trailer, which is equipped with a device, which uses a method of this type.

Abstract: The present invention relates to a method for determining a turning radius of a trailer attached to a towing vehicle and moved by the latter, comprising a computing unit, which is connected to a measuring sensor system, which transmits sensor data about current movements of the trailer to the computing unit, and which sensor data is considered by the computing unit for the determination of the turning radius. The invention also relates to a trailer, which is equipped with a device, which uses a method of this type.

Abstract: There are provided measures for unified cloud resource control. Such measures exemplarily comprise receiving a request specifying resource requirements of a resource combination of multiple resource types, and controlling reservation of infrastructure resources out of a pool of infrastructure resources according to said resource requirements.

Abstract: A computer system includes a cluster of one or more nodes corresponding to a processor and representing a first execution layer, the node being adapted to execute an application component; and an application interface adapted to model a virtual machine as a secondary node of the cluster operating as a second execution layer on the first execution layer; wherein the application interface is adapted to manage one or more non-virtual machine application components as application components executing on the first execution layer and one or more virtual machine application components as application components executing on the second execution layer.

Abstract: An apparatus for providing sub-process resource management includes a processing element. The processing element may be configured to communicate with a process being executed by an operating system, to receive information regarding a resource associated with an isolated sub-process within the process, to establish an association between the resource and the isolated sub-process, and to perform sub-process resource management based on the received information.

Abstract: Embodiments of the invention provide a virtual machine application program (VMAPI) interface logically disposed between a non-native application executing in the virtual machine environment and a native middleware application, such as a native high-availability middleware application. The VMAPI is registered as a proxy component with the native middleware application by creating a library instance. The non-native application is registered as a proxied component with the native middleware application by creating another dedicated library instance. A JVM mapper may be logically disposed between the native middleware and the VMAPI that is capable of automatically mapping the JVM to the Java components based on a mapping policy selected from a predefined set of possible mapping policies.

Abstract: A device for distributing resources of a given physical network among logical links by subdividing physical link capacities into logical links using an algorithm. The device comprises a first neural network, in which one part of the algorithm is implemented, and a second neural network, in which a second part of the algorithm is implemented, said two neural networks interworking to compute logical link capacities. Furthermore, a method for distributing resources of a given physical network among logical links by subdividing physical link capacities into said logical links is provided. More specifically, the method involves the use of a first neural network, in which one part of an algorithm is implemented, and a second neural network, in which a second part of an algorithm is implemented, said two neural networks interworking to compute logical link capacities so that the operation of the physical network, given an objective function, is generally optimized, according to the objective function.