Abstract: An in-flight passenger entertainment system has a first digital network for communication among components of a headend system including a data server, media controller, one or more media servers, system interface unit, system manager unit and attendant control panel. The in-flight entertainment system is coupled to an aircraft's existing systems through the system interface unit and the system manager unit. The components of the headend system are all coupled to a network switch for routing data within the first network. The network switch is also coupled to one or more zone bridge units, each of which is coupled to multiple seat electronics units. The zone bridge units and the seat electronics units together form a second digital network. The first digital network is preferably an ATM network with fibre optic cables used to carry the data. The second digital network is preferably an IEEE 1394 serial bus network.

Abstract: An integrated electronic system that provides telephone, interactive entertainment and other amenities on a vehicle of transportation. The integrated electronic system includes a passenger control unit coupled through a multiple seat electronic unit via a universal interface. The integrated electronic system further includes a passenger control handset directly coupled to the passenger control unit to provide telephony and display control information to the passenger control unit. The passenger control unit appropriately routes the information to the multiple seat electronics unit through the universal interface.

Abstract: An entertainment and/or information network including a CD-ROM player at each of a number of user stations. The network can be installed in a multi-passengervehicle (such as an aircraft), an auditorium, a stadium, or the like. Audio and video and application software (such as interactive multimedia software) stored on CD-ROM disks can be accessed by playing the disks in a CD-ROM player at each user station. Each user station includes a display device, headphones (or another audio output device), and preferably circuitry for interfacing the CD-ROM player with the network. Typically, large volumes of data are transferred within each user station (e.g., from CD-ROM disk to display device) during execution of interactive applications software, but little or no data is transferred over the network to or from each user station to support such software execution. Thus, the network can have a simple, inexpensive, low bandwidth implementation.

Abstract: An interactive applications generator is utilized to generate an interactive application environment for use on a single server multi-client network computer system. The interactive applications generator permits a user to define a graphical user interface (GUI), that contains one or more display screens, for a customized interactive application environment. The interactive applications generator contains a screen template editor, a media frame editor, a screen editor, and an interactive presentation editor. The screen template editor is utilized to create generic screen templates, that contain generic screen template elements. The media frame editor is utilized to generate media frames by combining multimedia component elements in a time synchronized manner. The screen editor is utilized to generate the display screens including assigning functionality.

Abstract: An entertainment and/or information network including a CD-ROM player at each of a number of user stations. The network can be installed in a multi-passenger vehicle (such as an aircraft), an auditorium, a stadium, or the like. Audio and video and application software (such as interactive multimedia software) stored on CD-ROM disks can be accessed by playing the disks in a CD-ROM player at each user station. Each user station includes a display device, headphones (or another audio output device), and preferably circuitry for interfacing the CD-ROM player with the network. Typically, large volumes of data are transferred within each user station (e.g., from CD-ROM disk to display device) during execution of interactive applications software, but little or no data is transferred over the network to or from each user station to support such software execution. Thus, the network can have a simple, inexpensive, low bandwidth implementation.