In reality his speech and the potential of a baton-like foreign-policy handover to John McCain (now ahead in the polls) is evidence of the victory of a manipulated narrative over reality itself.
and the CP policy for handover users: β h h i st ( m i ) = { 0, i f s ∈ S single - mod e, t = s, ∑ s ' ∈ S m i s ' b s ' + b s ≤ C i 0, i f s ∈ S reduced-rate, t = s, ∑ s ' ∈ S m i s ' b s ' + b s ≤ C i 0, i f s ∈ S full-rate, t = s, ∑ s ' ∈ S m i s ' b s ' + b s ≤ σ 0, i f s ∈ S full-rate, t = M D C ( s ), t ∈ S reduced-rate, σ < ∑ s ' ∈ S m i s ' b s ' + b s ≤ C i 1, o t h e r w i s e (4).
In[1], a policy-enabled handover (HO) to express policies on what is the best wireless system is proposed.
Moreover, compared to the other two policies, the MDP-based handover policy can consistently provide the highest expected total reward per connection for all values of λ.
Moreover, compared with the other two policies, the proposed MDP-based handover policy can consistently achieve the biggest transmission rate, which indicates that the proposed policy is well behaved.
In order to evaluate the performance, it is desired to compare our proposed MDP-based handover policy with other policies through computer simulations.
Here, a nearest distance handover policy and a biggest channel gain handover policy are taken as the comparative policies.
Then, under the same simulation environments, the numerical results of the proposed MDP-based handover policy are compared with the nearest distance handover policy and the biggest channel gain handover policy.
Once again, it should be noted that the proposed MDP-based handover policy always outperforms the other two policies in terms of the system transmission rate, which also proves that the proposed MDP-based handover policy is well behaved.
Moreover, it can be found that the transmission rates of the proposed MDP-based handover policy are always greater than that of the nearest distance handover policy and the biggest channel gain handover policy, actually, about more than 25 and 10%, respectively.
As it can be seen, the throughput parameter is almost independent of the handover policy while the packet drop benefits from our RMPA policy.
