Methods and systems for providing switched broadband
First Claim
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1. A method for providing switched broadband, the method comprising:
- creating a traffic signature corresponding to a network element connected to a network, the network element having a network element ID and being addressable on the network by the network element ID, the traffic signature indicating how multiple quality of service profiles that are active on the network element are performing on the network element, the multiple quality of service profiles respectively corresponding to a plurality of end-use devices connected to and being active on the network element wherein creating the traffic signature further comprises creating the traffic signature comprising a profile, at a network element level, of packet size and protocol distribution on a service class name level at a service flow level in data-over-cable service interface specification (DOCSIS); and
optimizing a quality of service for the network element based on the created traffic signature, wherein optimizing the quality of service for the network element comprises adjusting the multiple quality of service profiles to optimize services corresponding to the multiple quality of service profiles active on the network element to optimize bandwidth utilization at the network element level wherein adjusting the multiple quality of service profiles comprises giving the network element more bandwidth, providing at least one of the multiple quality of service profiles with less jitter and latency, and tweaking other quality of service parameters that yield a performance gain at the network element while optimizing the bandwidth utilization at the network element level.
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Abstract
Systems and methods are disclosed for providing switched broadband. The disclosed systems and methods may include creating a traffic signature corresponding to a network element connected to a network, the network element having a network element ID and being addressable on the network by the network element ID. Furthermore, the disclosed systems and methods may include optimizing a quality of service for the network element based on the created traffic signature.
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Citations
17 Claims
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1. A method for providing switched broadband, the method comprising:
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creating a traffic signature corresponding to a network element connected to a network, the network element having a network element ID and being addressable on the network by the network element ID, the traffic signature indicating how multiple quality of service profiles that are active on the network element are performing on the network element, the multiple quality of service profiles respectively corresponding to a plurality of end-use devices connected to and being active on the network element wherein creating the traffic signature further comprises creating the traffic signature comprising a profile, at a network element level, of packet size and protocol distribution on a service class name level at a service flow level in data-over-cable service interface specification (DOCSIS); and optimizing a quality of service for the network element based on the created traffic signature, wherein optimizing the quality of service for the network element comprises adjusting the multiple quality of service profiles to optimize services corresponding to the multiple quality of service profiles active on the network element to optimize bandwidth utilization at the network element level wherein adjusting the multiple quality of service profiles comprises giving the network element more bandwidth, providing at least one of the multiple quality of service profiles with less jitter and latency, and tweaking other quality of service parameters that yield a performance gain at the network element while optimizing the bandwidth utilization at the network element level. - View Dependent Claims (2, 3, 4, 5, 17)
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6. A system for providing switched broadband, the system comprising:
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a memory storage for maintaining a database; and a processing unit coupled to the memory storage, wherein the processing unit is operative to; create a traffic signature corresponding to a network element connected to a network, the network element having a network element ID and being addressable on the network by the network element ID, the traffic signature configured to indicate how multiple quality of service profiles that are active on the network element are performing on the network element, the traffic signature comprising a profile, at a network element level, of packet size and protocol distribution on a service class name level at a service flow level in data-over-cable service interface specification (DOCSIS); and optimize a quality of service for the network element based on the created traffic signature, wherein the processing unit being operative to optimize the quality of service for the network element comprises processing unit being operative to adjust the multiple quality of service profiles to optimize services corresponding to the multiple quality of service profiles active on the network element to optimize bandwidth utilization at the network element level wherein the processing unit being operative to adjust the multiple quality of service profiles comprises the processing unit being operative to give the network element more bandwidth, provide at least one of the multiple quality of service profiles with less jitter and latency, and tweak other quality of service parameters that yield a performance gain at the network element while optimizing the bandwidth utilization at the network element level. - View Dependent Claims (7, 8, 9, 10)
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11. A non-transitory computer-readable storage medium which stores a set of instructions which when executed performs a computer-readable medium for providing switched broadband, the computer-readable medium executed by the set of instructions comprising:
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creating a traffic signature corresponding to a network element connected to a network, the network element having a network element ID and being addressable on the network by the network element ID, the traffic signature indicating how multiple quality of service profiles that are active on the network element are performing on the network element wherein creating the traffic signature further comprises creating the traffic signature comprising a profile, at a network element level, of protocol distribution and packet size on a service class name level at a service flow level in data-over-cable service interface specification (DOCSIS); and optimizing a quality of service for the network element based on the created traffic signature, wherein optimizing the quality of service for the network element comprises adjusting the multiple quality of service profiles to optimize services corresponding to the multiple quality of service profiles active on the network element to optimize bandwidth utilization at the network element level wherein adjusting the multiple quality of service profiles comprises giving the network element more bandwidth, providing at least one of the multiple quality of service profiles with less jitter and latency, and tweaking other quality of service parameters that yield a performance gain at the network element while optimizing the bandwidth utilization at the network element level. - View Dependent Claims (12, 13, 14, 15, 16)
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Specification