Abstract: Networked control systems and methods include a plurality of devices connected to a network. At least one device has a logical address that includes a device type and a device location in an environment of the device in a user readable and understandable format, such as English or other languages. The system further includes a processor connectable to the network and configured to execute control logic using the logical addresses. A memory is provided for storing a mapping from the logical address to a physical network address of the device.

Abstract: A networked control system (100) includes a plurality of devices connected to a network. At least one device (120) has a logical address that includes a device type, a device owner, an intended device function and a device feature and/or a device location in an environment of the device. The control logic for the at least one device (120) is designed and executed using the logical address, whereby the execution is performed by processor (110), either in distributed fashion by an embedded processor (110) of the at least one device (120) or centrally by a central processor (110) connectable to the network (100). A memory (130), which may be centralized and/or distributed, is provided for storing a mapping from the logical address to a physical network address of the device (120).

Abstract: A suspension member for connecting a vehicle body and a suspension device that comprises a pair of side members that extend in the longitudinal direction of the vehicle body and are located symmetrically relative to the center in the transverse direction of the vehicle body, and cross members interconnecting the pair of side members and extending in the transverse direction of the vehicle body. The suspension member is formed by press molding only after flat plate-like side members and cross members are welded in butt joints.