Also, the probability of at least one failed transmission, leading to unsuccessful data delivery, is 1 − 1 − p lk h.
An unsuccessful data transfer due to path breakdown will require that the failed data chunk be retransferred.
Whenever the transmission range increases, the unsuccessful data transmission increases since the rate of collision probability increases and hence more power is consumed.
When the mutual information between the source, relay, and the destination fall below the data rate (r), it indicates an unsuccessful data transmission causing an outage.
There are therefore cases in which Hello packets can be correctly received, while data packets cannot, leading to large periods of unsuccessful data packet transmission.
The power consumption decreases as the length of cycle period increases which means that whenever the cycle length increases, the unsuccessful data transmission increases due to increase in the rate of collision probability.
As every node can try to transmit an unsuccessful data packet for some predetermined limit (maximum retry limit), the game is finitely repeated rather than an infinitely repeated one.
For dynamic channel selection (DCS) the authors in [11] apply Q-learning to select an available channel for data transmission, which denotes positive and negative values as a reward for successful and unsuccessful data transmission.
MLR mean prediction error (0.52) was within a factor of 3, while the remaining models had mean errors (~0.3) of approximately a factor of 2. Efforts to correlate training set SCI values with any of the prospective set quality measurements were unsuccessful (data not shown).
Attempts at verifying this topology using PhoA/LacZ fusions were unsuccessful (data not shown).
However, our first attempts using transgene constructs driven by a permanently active U6 promoter were completely unsuccessful (data not shown).
