After deriving the success probabilities of data transmission and retransmission in the two successive subperiods over the cooperative link, we can define in this subsection the achievable area throughput of the cooperative network.
For example, s b, c (t) = 1 if the transmission is successful; otherwise s b, c (t) = 0. Thus we have the success probabilities Pr [s b, c (t) = 1] = p b, c (t) and Pr [s r, c (t) = 1] = p r, c (t). Queue length q b, c (t + 1) depends on the queue length q b, c (t), input packet a c (t), and output packet μ b, c (t) at time t as shown in (1).
In addition to occlusion dependent observation and action success probabilities, our POMDP model also automatically adapts object specific action success probabilities.
The upper and lower approximations of success probabilities are derived for the cooperative system.
However, students may not be well informed about their success probabilities.
We vary the average success probabilities and evaluate the throughput region of each protocol.
Section 4 analyzes the data success probabilities and area throughput of the non-cooperative link.
On Twitter, Musk cited superior success probabilities calculated by the launch team's Monte Carlo model as being the impetus for the delay.
Compared with the previous remote preparation proposal, the success probabilities of the proposed schemes are greatly improved.
Our concern is to remotely prepare a four-particle entangled cluster-type state with high success probabilities.
Considering various transmission powers across different links, the data success probabilities are analyzed using the stochastic geometry theory.
