Video over IP network transmission system
Methods are disclosed for maintaining a quality video stream in Internet Protocol (IP) mode include dynamically adjusting IP packet-loss periods and loss distances between IP packet-loss events.
1. A method for an internet protocol television (IPTV) network, comprising:
comparing a pre-selected error profile, to a first-observed error profile in an IPTV network, wherein each of the pre-selected error profile and the first-observed error profile include a loss period measured in sequential packets and a loss distance measured in a packet count between two spaced-apart and adjacent loss periods; and
instructing a FEC transmitter-generator to generate a first error profile that is proportional to the first-observed error profile.
2. The method of claim 1 , wherein instructing the FEC transmitter-generator includes instructing the FEC transmitter-generator to match exactly the first error profile to the first-observed error profile.
3. The method of claim 1 , further including after instructing the method including:
comparing the first error profile to a second-observed error profile; and
instructing the FEC transmitter-generator to generate a second error profile that is proportional to the second-observed error profile.
4. The method of claim 3 , wherein instructing the FEC transmitter-generator includes instructing the FEC transmitter-generator to match exactly the second error profile to the second-observed error profile.
5. The method of claim 1 , further including receiving an IPTV transmission at a forward error-correction (FEC) transmitter-generator at an edge of the IPTV network, followed by recognizing the first-observed error profile.
6. A system comprising:
memory having a repository with a given home internet protocol (IP) network;
a forward error-correction (FEC) transmitter-generator; and
a FEC retransmitter-regenerator, and wherein the memory includes:
instructions for receiving an IPTV transmission at a forward error-correction (FEC) transmitter-generator, and recognizing a first-observed error profile, including a loss period measured in sequential packets and a loss distance measured in a packet count between two spaced-apart and adjacent loss periods;
instructions for comparing a pre-selected error profile, to the first-observed error profile; and
instructions for generating a first error profile that is proportional to the first-observed error profile.
7. The system of claim 6 , wherein the instructions for generating include instructions for matching exactly the first error profile to the first-observed error profile.
8. The system of claim 6 , further including:
instructions for comparing the first error profile to a second-observed error profile; and
instructions for generating a second error profile that is proportional to the second-observed error profile.
9. A machine-accessible medium having instructions embedded thereon, the instructions when accessed by an IP home network perform the method of:
comparing a pre-selected error profile in an internet protocol (IP) television transmission, to a first-observed error profile;
instructing a transmitter-generator attached to the IP home network to generate a first error profile that is proportional to the first-observed error profile; and
receiving an IPTV transmission at the forward error-correction (FEC) transmitter generator, and recognizing the first-observed error profile, including a loss period measured in sequential packets and a loss distance measured in a packet count between two spaced-apart and adjacent loss periods.
10. The medium of claim 9 , wherein the instructions are lodged in the FEC transmitter-generator.