Abstract: The present invention discloses a blade server management system comprising a plurality of management subsystems provided on each blade in a blade server and connected to each other via a local area network, each of which implements remote control and self-management for the corresponding blade, and said management subsystems including at least one master management subsystem for monitoring the operation parameters of the blade server through a monitoring subsystem; a communication subsystem provided on a backboard for connecting a external network and said local area network made up of said management subsystems; and a monitoring subsystem provided on the backboard and connected to said management subsystems for monitoring the operation parameters of the blade server based on a command from the master management subsystem. The blade server management system of the present invention has high system reliability and stability as well as a simple routing design while reducing the complexity of system design.

Abstract: The invention provides a multi-screen display system and a method of setting a multi-screen display. The multi-screen display system comprises a computer mainframe and a plurality of displays. The computer mainframe is provided with an obtaining module for obtaining a moving track of a mouse; a monitoring module for monitoring the obtained moving track, and triggering an adjustment module when it is monitored that the mouse fails to go across a display border or the display to which the mouse enters is not in accordance with a display as desired; and the adjustment module for adjusting the multi-screen display setting according to the triggering to the monitoring module so that the display to which the mouse enters is in accordance with the display as desired. A solution of the present invention performs the multi-screen display setting automatically according to the moving track of the mouse.

Abstract: The present invention discloses a blade server management system comprising a plurality of management subsystems provided on each blade in a blade server and connected to each other via a local area network, each of which implements remote control and self-management for the corresponding blade, and said management subsystems including at least one master management subsystem for monitoring the operation parameters of the blade server through a monitoring subsystem; a communication subsystem provided on a backboard for connecting a external network and said local area network made up of said management subsystems; and a monitoring subsystem provided on the backboard and connected to said management subsystems for monitoring the operation parameters of the blade server based on a command from the master management subsystem. The blade server management system of the present invention has high system reliability and stability as well as a simple routing design while reducing the complexity of system design.