In the following, we analyse the latency of AMI communications in this network for different access schemes as a function of the probability of successful transmission P su).
Further we assume that "good long codes" are used, so that probability of successful reception, as a function of the signal-to-noise ratio (SNR) approaches a step function, whose threshold is denoted by ψ[4].
Successful correlations were proposed for kLa and εG as a function of the effective suspension viscosity.
A utility function is used such that payoffs are a function of the number of successful packets transmitted as well as received multiplied by the probability of successful transmission.
This is illustrated in Fig. 5, where the count of successful simulations as a function of two model parameters is shown by color maps.
Therefore, the probabilities of successful transmission and idle channel can also be considered as a function of n and expressed by Equations (9) and (10), respectively.
Therefore, the probabilities of successful transmission and idle channel can also be considered as a function of n and expressed by (5) and (6), respectively.
Deflection signal as a function of degrees.
Some observers have seen the issue of volunteerism as an obstacle to the successful functioning of PDCs.
