Abstract: The disclosure is directed to routing service requests over a network (50). Service requests may be routed over a network (50) based upon deriving optimized weights for each of a plurality of service providers (130) within a service provider set (135), receiving a plurality of service requests at a broker (110) within the network (50), and routing each of the plurality of service requests from the broker (110) to the plurality of service providers (130) on the network (50). In some implementations, the optimized weights for each of the plurality of service providers (130) may be derived using a non-linear function. In some implementations, the optimized weights for the plurality of service providers (130) associated with a broker (110) may collectively define a weighted distribution. The plurality of service requests may be routed by a broker (110) using its corresponding weighted distribution.

Abstract: The disclosure is directed to routing service requests over a network (50). Service requests may be routed over a network (50) based upon deriving optimized weights for each of a plurality of service providers (130) within a service provider set (135), receiving a plurality of service requests at a broker (110) within the network (50), and routing each of the plurality of service requests from the broker (110) to the plurality of service providers (130) on the network (50). In some implementations, the optimized weights for each of the plurality of service providers (130) may be derived using a non-linear function. In some implementations, the optimized weights for the plurality of service providers (130) associated with a broker (110) may collectively define a weighted distribution. The plurality of service requests may be routed by a broker (110) using its corresponding weighted distribution.