Abstract: A method for facilitating transfer of Human Machine Interface (HMI) files. The method includes uploading at least one HMI file via a network to a server and converting the at least one HMI file into an image file.

Abstract: A method for facilitating transfer of Human Machine Interface (HMI) files. The method includes uploading at least one HMI file via a network to a server and converting the at least one HMI file into an image file.

Abstract: A method for facilitating transfer of Human Machine Interface (HMI) files. The method includes uploading at least one HMI file via a network to a main server, storing an image of the at least one HMI file on the main server, and storing the at least one HMI file on a secure server.

Abstract: A method for facilitating transfer of Human Machine Interface (HMI) files. The method includes receiving at least one HMI file via a network from a user, and issuing a download credit for the received HMI file to the user.

Abstract: An integrated circuit structure for reducing propagation delay is described. Integrated circuits include at least a pair of regions in each of which are located a respective plurality of functional cells and which are spaced apart by an interconnection region in which interconnection lines are provided connecting elements of the functional cells of one functional cell region with elements of the functional cells of the other functional cell region. Field oxide is provided in the interconnection region substantially greater in thickness than the field oxide in the regions of the functional cells thereby substantially reducing the capacitance and hence propagation delay of the interconnection lines. Formation of the field oxide of the interconnection region independent of the formation of the field oxide in the functional cell regions enables optimization of the field oxide in the interconnection region for minimum propagation delay without compromising functional cell formation in the functional cell regions.