Abstract: An integrated console provides multiple users an ability to bring in signals from a plurality of disparate hardware subsystems the monitoring and control signals, all to be controlled from a virtual console on a single computer screen. Multiple users may arrange subwindows for any or all controlled hardware and arrange those subwindows on a computer screen, in accordance with each user's preference. The system may store personalized display layouts, receiving commands from multiple workstations, and routing the commands received to the appropriate subsystems. Meanwhile, the system provides apparatus and methods to automatically detect changes on the subwindows and notify a user thereof.

Abstract: A method for integrating and sharing the monitoring and control of multiple subsystems. The method may include identifying an integration system comprising a first display processor and a first command processor. The first display processor may receive a display signal from each subsystem of the subsystems being monitored and controlled. The method may also include storing personalized display layouts, receiving commands from multiple workstations, and routing the commands received to the appropriate subsystems.

Abstract: An integrated console provides multiple users an ability to bring in signals from a plurality of disparate hardware subsystems the monitoring and control signals, all to be controlled from a virtual console on a single computer screen. Multiple users may arrange subwindows for any or all controlled hardware and arrange those subwindows on a computer screen, in accordance with each user's preference. The system may store personalized display layouts, receiving commands from multiple workstations, and routing the commands received to the appropriate subsystems. Meanwhile, the system provides apparatus and methods to automatically detect changes on the subwindows and notify a user thereof.

Abstract: An apparatus comprising a display, input device, display processor, and command processor. The display may receive a composite display signal and render a composite image corresponding thereto viewable by a user. The input device may receive commands from a user. The display processor may receive display signals of disparate forms from each of various electronic devices, generate the composite display signal to define multiple windows wherein each of the display signal corresponds to at least one window, and transmit the composite display signal to the display. The command processor may be configured to selectively control, according to the commands received from a user through the input device, the relative size, position, or the like of each window presented on the display.

Abstract: A method for integrating and sharing the monitoring and control of multiple subsystems. The method may include identifying an integration system comprising a first display processor and a first command processor. The first display processor may receive a display signal from each subsystem of the subsystems being monitored and controlled. The method may also include storing personalized display layouts, receiving commands from multiple workstations, and routing the commands received to the appropriate subsystems.

Abstract: A method for integrating the monitoring and control of multiple subsystems. The method may include receiving a plurality of display signals, generating a composite display signal defining a plurality of windows, and transmitting the composite display signal to a display. Typically, within the composite display signal, each display signal corresponds to at least one window. The method may further include receiving commands from a user, forming a layout by controlling, according to the commands, the relative size, position, etc. of each window, and saving the layout for recall and future use.