Abstract: A method for playing a music game. The game is played by having each player move along a game path that includes a plurality of spaces, each of which is associated with a key signature. Each player advances along the path when he or she correctly identifies the elements of music structures. A random or pseudorandom event generator may be used to select the music structure elements and an event verifier may be used to correct the construction of the music structures. Each player may earn royalties play money in the course of a game.

Abstract: The present invention describes a method for playing a music game. The game is played by having each player move along a game path that includes a plurality of spaces, each of which is associated with a key signature. Each player advances along the path when he or she correctly identifies the elements of music structures. A random or pseudorandom event generator may be used to select the music structure elements and an event verifier may be used to correct the construction of the music structures. Each player may earn royalties play money in the course of a game.

Abstract: In a Time Division Multiple Access (TDMA) communication network, a central office (CO) provides interactive communication between a service provider and a plurality of user terminals. To synchronize transmissions of the user terminals, a timebase timer in the CO generates modulo N-bit cyclical reference counts as time markers. In a downstream direction to the plurality of user terminals, time marker insertion units in the CO receive both (a) separate digital TDMA transport streams having a predetermined data rate including data packets and Media Access Control (MAC) packets that are interspersed between the data packets at predetermined intervals, and (b) the time markers generated by the timebase timer, and insert a currently received time marker count into a concurrently received MAC packet. The resultant downstream TDMA transport streams with the inserted time marker counts in the MAC packets are transmitted in continuous TDMA output transport stream to the remote user terminals.

Abstract: In a Time Division Multiple Access (TDMA) communication network, a central office (CO) provides interactive communication between a service provider and a plurality of user terminals. To synchronize transmissions of the user terminals, a timebase timer in the CO generates modulo N-bit cyclical reference counts as time markers. In a downstream direction to the plurality of user terminals, time marker insertion units in the CO receive both (a) separate digital TDMA transport streams having a predetermined data rate including data packets and Media Access Control (MAC) packets that are interspersed between the data packets at predetermined intervals, and (b) the time markers generated by the timebase timer, and insert a currently received time marker count into a concurrently received MAC packet. The resultant downstream TDMA transport streams with the inserted time marker counts in the MAC packets are transmitted in continuous TDMA output transport stream to the remote user terminals.