Abstract: A method is disclosed for mapping an integral into a thread of a parallel architecture, in the course of which the integral is mapped into a summation expressed by coefficient values and summation values, and a directed graph is generated corresponding to the computation of the summation. Furthermore, in the course of the method a level of a traversal sequence to each of the nodes is assigned, respectively, and at each level of the traversal sequence, a storage location of the intermediate value corresponding to the edge connected with its input to the node corresponding to the given level is specified in a memory corresponding to the thread and including a register storage, a local storage, and a global storage. A system is also disclosed for mapping an integral into a thread of a parallel architecture.

Abstract: The invention is a driving mechanism for exerting a pre-determined torque characteristic, comprising a stepper motor (12) having a motor shaft, a rotation measuring device detecting the angular position of the motor shaft (14), a motor control unit effecting the torque characteristic on the basis of the angular position of the motor shaft (14), a drive shaft (10) exerting the torque characteristic and an essentially backlash-free transmission connecting the drive shaft (10) with the motor shaft (14), and the motor control unit is a local motor control unit providing operating signals to the stepper motor (12) and being programmable in at least one parameter.

Abstract: Device and method for determining timing of a measured signal, the device has a plurality of flip-flop units (10), an evaluation module, an allocating module for allocating at least one path consisting of flip-flop units (10), and a calibration module being adapted for determining a time difference parameter of each flip-flop unit (10), the time difference parameter specifying for each flip-flop unit (10) a time difference between a period of time in which the measured signal (20) reaches the given flip-flop unit (10) and a period time in which the secondary signal reaches the given flip-flop unit (10), wherein the evaluation module is adapted for determining the timing of the measured signal from the output of the flip-flop units (10) located along the at least one path, on the basis of the time difference parameters.

Abstract: The invention is a sensor device comprising a carrier element (24), at least one light emitting element (20) arranged on the carrier element (24), at least one light detecting element (22) arranged on the carrier element (24), a cover layer (12) reflecting at least one part of the light emitted by the light emitting element (20) to the at least one light detecting element (22), and at least one transparent filler element (16, 18) filling at least partly the space between the carrier element (24) and the cover layer (12) and being made of a flexible material.

Abstract: The invention is a device for determining timing of a measured signal, the device comprising a plurality of flip-flop units (10), each having a clock signal input for receiving the measured signal (20) and a data input for receiving a secondary signal, and an evaluation module being adapted for evaluating outputs of the plurality flip-flop units (10), and the flip-flop units (10) are arranged on an FPGA architecture.

Abstract: A method is disclosed for mapping an integral into a thread of a parallel architecture, in the course of which the integral is mapped into a summation expressed by coefficient values and summation values, and a directed graph is generated corresponding to the computation of the summation. Furthermore, in the course of the method a level of a traversal sequence to each of the nodes is assigned, respectively, and at each level off the traversal sequence, a storage location of the intermediate value corresponding to the edge connected with its input to the node corresponding to the given level is specified in a memory corresponding to the thread and including a register storage, a local storage, and a global storage. A system is also disclosed for mapping an integral into a thread of a parallel architecture.

Abstract: The invention is a driving mechanism for exerting a pre-determined torque characteristic, comprising a stepper motor (12) having a motor shaft, a rotation measuring device detecting the angular position of the motor shaft (14), a motor control unit effecting the torque characteristic on the basis of the angular position of the motor shaft (14), a drive shaft (10) exerting the torque characteristic and an essentially backlash-free transmission connecting the drive shaft (10) with the motor shaft (14), and the motor control unit is a local motor control unit providing operating signals to the stepper motor (12) and being programmable in at least one parameter.

Abstract: The invention is a sensor device comprising a carrier element (24), at least one light emitting element (20) arranged on the carrier element (24), at least one light detecting element (22) arranged on the carrier element (24); a cover layer (12) reflecting at least one part of the light emitted by the light emitting element (20) to the at least one light detecting element (22); and at least one transparent filler element (16, 18) filling at least partly the space between the carrier element (24) and the cover layer (12) and being made of a flexible material.