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Fabrication method for a thin film semiconductor device, the thin film semiconductor device itself, liquid crystal display, and electronic device

In order to fabricate a high performance thin film semiconductor device using a low temperature process in which it is possible to use low price glass substrates, a thin film semiconductor device has been fabricated by forming a silicon film at less than 450 DEG C., and, after crystallization, keeping the maximum processing temperature at or below 350 DEG C. In applying the present invention to the fabrication of an active matrix liquid crystal display, it is possible to both easily and reliably fabricate a large, high-quality liquid crystal display. Additionally, in applying the present invention to the fabrication of other electronic circuits as well, it is possible to both easily and reliably fabricate high-quality electronic circuits.
Owner:INTELLECTUAL KEYSTONE TECH

System and method for providing virtual video on demand

A set top box, comprises storage storing the lead portion of one or more objects prior to receiving a request for consumption of one of the one or more objects; a user interface for receiving a request for consumption of the requested object; a communication interface for communicating with a remote device, the remote device initiating delivery of a balance portion of the requested object upon request; and a control module coupled to the storage device, to the user interface and to the communication interface for initiating consumption of the lead portion, for requesting delivery of the balance portion, and for receiving at least part of the balance portion of the object during consumption of the object. The size of the lead portion may be computed to reduce the likelihood of consumption interruption. The size of the lead portion may be computed based on communication channel conditions. The size of the lead portion may computed based on the worst case channel condition over a predetermined window of time. The size of the lead portion may be computed by an algorithm accounting for download speed, object size, and playback time. The size of the lead portion may be computed so that the final bit of the balance portion of the object is expected to be received before the final bit is needed for consumption. The size of the lead portion may be computed based on object popularity. The size of the lead portion may be increased based on the expected demand of the object.
Owner:VUDU
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