Abstract: A steering system for a vehicle including at least one pair of wheel units which can be actuated and deflected independently of each other. Each wheel unit is paired with at least one sensor device for detecting a deviation from a specified deflection of the wheel units relative to each other, and each wheel unit is paired with at least one actuation device in order to actuate the wheel units. At least one control unit is designed to actuate the actuation devices of the wheel units when the sensor devices detect a specified deviation of the specified deflection of the wheel units relative to each other.

Abstract: A steering system for a vehicle including at least one pair of wheel units which can be actuated and deflected independently of each other. Each wheel unit is paired with at least one sensor device for detecting a deviation from a specified deflection of the wheel units relative to each other, and each wheel unit is paired with at least one actuation device in order to actuate the wheel units. At least one control unit is designed to actuate the actuation devices of the wheel units when the sensor devices detect a specified deviation of the specified deflection of the wheel units relative to each other.

Abstract: Disclosed is a method, comprising: recording a sequence of data sets by a mobile computing device to obtain a recorded sequence of data sets; comparing by the mobile computing device the recorded sequence of data sets with a stored sequence of data sets; performing at least one activity by the mobile device associated with the stored sequence of data sets when the recorded sequence of data sets matches the stored sequence of data sets.

Abstract: Disclosed are a method and a controller. The method includes in a heterogeneous wireless capillary network which comprises a plurality of wireless capillary subnetworks, detecting by a controller a collision in a communication in one of the plurality subnetworks, and upon detecting such collision, at least one of changing by the controller a mode of operation in a communication in another one of the plurality of subnetworks, changing by the controller a mode of operation in a communication in another communication network controlled by the controller that is unrelated to the wireless capillary network, and changing by the controller a mode of operation of a radio device configured to communicate with the controller outside the capillary network.