Abstract: An asymmetric network communication system for use in a client-host environment having independent forward and return channels operating at different speeds and/or under different protocols on the same or different communication media to provide efficient utilization of shared resources. A network manager, such as a hybrid access system, effects transmission of packetized data on a forward (downstream) channel from the host server to multiple client devices coupled with a shared downstream media at 10 or more megabits per second while simultaneously providing selectable multiple lower speeds of operation on shared or dedicated return (upstream) channels from the client devices to the host server depending on bandwidth availability, bandwidth demand, service level authorization, etc, for the return channel.

Abstract: An asymmetric network communication system for use in a client-server environment having independent forward and return channels operating at different speeds and/or under different protocols on the same or different communication media to provide efficient utilization of shared resources. A network manager, such as a hybrid access system, effects transmission of packetized data on a forward (downstream) channel from the host server to multiple client devices coupled with a shared downstream media at 10 or more megabits per second while simultaneously providing selectable multiple lower speeds of operation on shared or dedicated return (upstream) channels from the client devices to the host server depending on bandwidth availability, bandwidth demand, service level authorization, etc. for the return channel.

Abstract: A hybrid access system and method using a hybrid access system point of presence router and a remote link adapter to connect a user computer terminal to a network for fast downstream information transfer by high speed information broadcasting with lower speed upstream information transfer through an independent upstream channel to the hybrid access system point of presence router. High speed downstream information transfer passes through a cable TV headend or a TV transmitter or a cell station.

Abstract: An asymmetric network communication system for use in a client-server environment having independent forward and return channels operating at different speeds and/or under different protocols on the same or different communication media to provide efficient utilization of shared resources. A network manager, such as a hybrid access system, effects transmission of packetized data on a forward (downstream) channel from the host server to multiple client devices coupled with a shared downstream media at 10 or more megabits per second while simultaneously providing selectable multiple lower speeds of operation on shared or dedicated return (upstream) channels from the client devices to the host server depending on bandwidth availability, bandwidth demand, service level authorization, etc. for the return channel.

Abstract: A method of determining the winners of, for example, a game of skill in conjunction with a football or baseball game without the input of all the scores is provided. By the use of statistical sampling a small fraction of the remote players upload their scores to a central station via a telephone line, for example. Then, when the tentative winners are determined from this small statistical sample, the mass communications link of the system downloads the statistical curve to all of the players and only those players who are equal or better than the winning score telephone. Thus, time and money are saved for the telephone up-link. Furthermore, overcrowding of the telephone system is avoided by a proper delay given the individual remote sources.

Abstract: A method of determining the winners of, for example, a game of skill in conjunction with a football or baseball game without the input of all the scores is provided. By the use of statistical sampling a small fraction of the remote players upload their scores to a central station via a telephone line, for example. Then, when the tentative winners are determined from this small statistical sample, the mass communications link of the system downloads the statistical curve to all of the players and only those players who are equal or better than the winning score telephone. Thus, time and money are saved for the telphone up-link. Furthermore, overcrowding of the telephone system is avoided by a proper delay given the individual remote sources.