ID: ChACS: 14 Node NSFnet with node capacity of 300
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 100% Cheapest Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: CoACS: 14 Node NSFnet with node capacity of 300
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 100% Premium Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: Mix1: 14 Node NSFnet with node capacity of 300
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 33% Cheapest, 33% Premium, 33% Random Selection Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: Mix2: 14 Node NSFnet with node capacity of 300
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 50% Cheapest, 50% Premium Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: RCS: 14 Node NSFnet with node capacity of 300
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 100% Random Selection Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: Mix1: 14 Node NSFnet with node capacity of 360
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 33% Cheapest, 33% Premium, 33% Random Selection Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: Mix2: 14 Node NSFnet with node capacity of 360
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 50% Cheapest, 50% Premium Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: Mix1: 19 Node EON with node capacity of 400
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 33% Cheapest, 33% Premium, 33% Random Selection Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: Mix2: 19 Node EON with node capacity of 400
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 50% Cheapest, 50% Premium Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: Mix1: 19 Node EON with node capacity of 600
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 33% Cheapest, 33% Premium, 33% Random Selection Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: Mix2: 19 Node EON with node capacity of 600
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 50% Cheapest, 50% Premium Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: ChACS: 24 Node NSFnet with node capacity of 300
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 100% Cheapest Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: CoACS: 24 Node NSFnet with node capacity of 300
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 100% Premium Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: Mix1: 24 Node NSFnet with node capacity of 300
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 33% Cheapest, 33% Premium, 33% Random Selection Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: Mix2: 24 Node NSFnet with node capacity of 300
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 50% Cheapest, 50% Premium Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: RCS: 24 Node NSFnet with node capacity of 300
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 100% Random Selection Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: Mix1: 24 Node NSFnet with node capacity of 440
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 33% Cheapest, 33% Premium, 33% Random Selection Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements

ID: Mix2: 24 Node NSFnet with node capacity of 440
Provider Strategy: PPS, CRPS, NBPPS-BnA
Customer Choice Strategy: 50% Cheapest, 50% Premium Customers
Description: 5000.0 simulated microseconds of calls with exponential distributed arrival times (4.8) and holding time (15.0) from any random source or destination
Measurements: Measurements