STEERING OF BANDWIDTH BASED UPON TEMPORAL USAGE
A system that steers the bandwidth allocation for ONTs based upon temporal usage of bandwidth.
1 . A management system for a passive optical network comprising:
(a) an optical line terminal includes at least one optical transmitter that is capable of simultaneously transmitting data at a plurality of different first wavelengths on an optical fiber to a plurality of optical network terminals;
(b) said optical line terminal includes at least one optical receiver that is capable of simultaneously receiving data at a plurality of different second wavelengths from said optical fiber from said plurality of optical network terminals, where said plurality of different first wavelengths are non-overlapping with said plurality of different second wavelengths;
(c) each of said plurality of optical network terminals receiving said plurality of different first wavelengths on said optical fiber and selectively filtering said plurality of different first wavelengths so that a respective optical sensor converts data from only one of said plurality of different first wavelengths to an electrical signal;
(d) each of said plurality of optical network terminals including a tunable transmitter capable of transmitting data at each of said plurality of different second wavelengths on said optical fiber and said tunable transmitter transmitting data on only one of said plurality of different second wavelengths on said optical fiber;
(e) said management system signaling at least one of said optical network terminals to sense a different one of said at least one of said first wavelengths based upon a predictive model of bandwidth usage without receiving a request for bandwidth from said at least one of said optical network terminals.
2 . The management system of claim 1 wherein said different one of said at least one of said first wavelengths is selected further based upon a service level agreement.
3 . The management system of claim 1 wherein said different one of said at least one of said first wavelengths is selected further based upon a time of day.
4 . The management system of claim 1 wherein said different one of said at least one of said first wavelengths is selected further based upon a day of the week.
5 . The management system of claim 1 wherein said different one of said at least one of said first wavelengths is selected further based upon a type of subscriber.
6 . The management system of claim 1 wherein said different one of said at least one of said first wavelengths is selected further based upon local geographic events.
7 . The management system of claim 1 wherein said different one of said at least one of said first wavelengths is selected further based upon monitoring bandwidth usage by a plurality of said optical network terminals.