Abstract: A method, device and system for a method, device, and system for automatically adjusting driver-related in-vehicle equipment, the method including the steps of: acquiring a driver's height from a detection device of a vehicle; determining preset values of additional body parameters of the driver based on the driver's height and calculating a position for entry using the driver's height and the preset values of the additional body parameters of the driver; and adjusting the equipment including a driver's seat to the position for entry so as to facilitate the driver to enter the vehicle and sit on the seat.

Abstract: A method, device and system for a method, device, and system for automatically adjusting driver-related in-vehicle equipment, the method including the steps of: acquiring a driver's height from a detection device of a vehicle; determining preset values of additional body parameters of the driver based on the driver's height and calculating a position for entry using the driver's height and the preset values of the additional body parameters of the driver; and adjusting the equipment including a driver's seat to the position for entry so as to facilitate the driver to enter the vehicle and sit on the seat.

Abstract: A method of sensitizing a sequential circuit is described. This sensitizing generates stimuli to drive any circuit output to a predetermined value or transition. The method includes creating a directed graph of the sequential circuit. Nodes of the graphs can be topologically sorted. In one embodiment, feedback loops in the directed graph can be removed before topologically sorting the nodes. Final vectors for the sequential circuit can be generated based on the sorted nodes. Notably, the final vectors are expressed only by primary inputs to the sequential circuit. Using only primary inputs in the final vectors accurately replicates the sequential circuit under test, thereby ensuring accurate timing, power, and noise arcs are measured.

Abstract: A method of sensitizing a sequential circuit is described. This sensitizing generates stimuli to drive any circuit output to a predetermined value or transition. The method includes creating a directed graph of the sequential circuit. Nodes of the graphs can be topologically sorted. In one embodiment, feedback loops in the directed graph can be removed before topologically sorting the nodes. Final vectors for the sequential circuit can be generated based on the sorted nodes. Notably, the final vectors are expressed only by primary inputs to the sequential circuit. Using only primary inputs in the final vectors accurately replicates the sequential circuit under test, thereby ensuring accurate timing, power, and noise arcs are measured.