In the stochastic simulations success required the lytic outcome in at least 98% of MOI = 1 infections and the lysogenic outcome in at least 60% of MOI = 2 infections.
Based on the simulation results success of the method is shown for this application.
The key to the simulation's success lay in its high resolution: It tracked more than 60 million particles that represented gas, stars, and dark matter.
Statistical simulations show success of the proposed hashing scheme.
The evaluation of the extent of the implementation was based on a four stage model of success in simulation studies [ 24].
After simulation training, the success rate increased to 9.6 in 10 cases.
By simulation, we compare success rate, lookup delay and overlay network load of RPS with various well-known blind search algorithms, and illustrate RPS being a superior blind search algorithm running over DHTs.
The model is the finite kinematics version of a recently proposed porous material model, applied with success to the simulation of laboratory tests and excavation problems [De Bellis, M. L., Della Vecchia, G., Ortiz, M., Pandolfi, A., 2016.
Simulations prove PSODTN success in finding the appropriate number of message copies.
