Intelligent traffic optimizer
View Patent ↗Bandwidth is assigned to subscribers of a data network by applying logic of one or more network devices to sample bits of information communicated over a network communication medium to identify if there is a network congestion condition or an extremely lightly loaded condition. The maximum bandwidth assigned to a subscriber is below a normative maximum bandwidth assigned to the subscriber if the network is congested and the logic of the one or more network devices identifies the subscriber as a heavy bandwidth user. The maximum bandwidth assigned to a subscriber is above the normative maximum bandwidth if the network is extremely lightly loaded and the subscriber is a heavy bandwidth user.
1. A method comprising applying logic of a network device to:
determine a heavy network use condition for a particular network user, where the heavy use condition is a bandwidth utilization value for the user greater than an average rate for the user;
during a network congestion condition, and only when the user is heavy, apply a first bandwidth rate R1 to the user, where R1 is less than a service rate maximum bandwidth Rmax for the user;
during a non-congestion condition, and only when the user is heavy, apply a second bandwidth rate R2 to the user, where R2 is greater than the service rate maximum bandwidth Rmax for the user;
decreasing R1 with an increase in the user's bandwidth utilization;
setting R1 to a first value when the user's bandwidth utilization is within a first range of values; and
setting R1 to a second value when the user's bandwidth utilization is within a second range of values.
2. The method of claim 1 , further comprising applying the logic of a network device to:
increase R2 with a decrease in a network bandwidth utilization.
3. The method of claim 1 , further comprising applying the logic of a network device to:
establish a traffic bucket for the user,
during each of a plurality of sampling intervals,
adjust the bucket contents at the user's average rate;
adjust the bucket contents at the user's actual bandwidth utilization rate;
set the heavy network use condition for the user when the data bucket contents are within a range of values.
4. The method of claim 2 , further comprising applying the logic of a network device to:
set R2 to a first value when the network bandwidth utilization is within a first range of values;
set R2 to a second value when the network bandwidth utilization is within a second range of values.
5. A network device comprising non-transitory machine media and/or memory circuits embodying logic to:
determine a heavy network use condition for a particular network user, where the heavy use condition is a bandwidth utilization value for the user greater than an average rate for the user;
during a network congestion condition, and only when the user is heavy, apply a first bandwidth rate R1 to the user, where R1 is less than a service rate maximum bandwidth Rmax for the user;
during a non-congestion condition, and only when the user is heavy, apply a second bandwidth rate R2 to the user, where R2 is greater than the service rate maximum bandwidth Rmax for the user;
decrease R1 with an increase in the user's bandwidth utilization;
set R1 to a first value when the user's bandwidth utilization is within a first range of values; and
set R1 to a second value when the user's bandwidth utilization is within a second range of values.
6. The network device of claim 5 , the non-transitory machine media and/or memory circuits further embodying logic to:
increase R2 with a decrease in a network bandwidth utilization.
7. The network device of claim 5 , the non-transitory machine media and/or memory circuits further embodying logic to:
establish a traffic bucket for the user,
during each of a plurality of sampling intervals,
adjust the bucket contents at the user's average rate;
adjust the bucket contents at the user's actual bandwidth utilization rate;
set the heavy network use condition for the user when the data bucket contents are within a range of values.
8. The network device of claim 6 , the non-transitory machine media and/or memory circuits further embodying logic to:
set R2 to a first value when the network bandwidth utilization is within a first range of values;
set R2 to a second value when the network bandwidth utilization is within a second range of values.
9. A network device comprising non-transitory machine media and/or memory circuits embodying logic to:
determine a heavy network use condition for a particular network user, where the heavy use condition is a bandwidth utilization value for the user greater than an average rate for the user;
during a network congestion condition, and only when the user is heavy, apply a first bandwidth rate R1 to the user, where R1 is less than a service rate maximum bandwidth Rmax for the user,
during a non-congestion condition, and only when the user is heavy, apply a second bandwidth rate R2 to the user, where R2 is greater than the service rate maximum bandwidth Rmax for the user,
increase R2 with a decrease in a network bandwidth utilization;
set R2 to a first value when the network bandwidth utilization is within a first range of values; and
set R2 to a second value when the network bandwidth utilization is within a second range of values.
10. The network device of claim 9 , the non-transitory machine media and/or memory circuits further embodying logic to:
decrease R1 with an increase in the user's bandwidth utilization.
11. The network device of claim 9 , the non-transitory machine media and/or memory circuits further embodying logic to:
establish a traffic bucket for the user,
during each of a plurality of sampling intervals,
adjust the bucket contents at the user's average rate;
adjust the bucket contents at the user's actual bandwidth utilization rate;
set the heavy network use condition for the user when the data bucket contents are within a range of values.