The phrase "average transfer time" is correct and usable in written English.
It can be used in contexts where you are discussing the typical duration it takes to transfer data or items from one place to another.
Example: "The average transfer time for the files was significantly reduced after the system upgrade."
Alternatives: "mean transfer duration" or "typical transfer time".
At the course of constructing DHNN, the authors have selected the effective time-use law, average transfer time, transport capacity match and operating profit as evaluation indicators about the bus scheduling, according to running efficiency, smooth convergence, coordination capacity and company running profit.
The average transfer time of a patient between scanner and operating table in the interventional MRI suite in the National Hospital for Neurology and Neurosurgery, London is 7 to 10 minutes.
For the average file transfer time, the resource usage time is T F T −T P. Thus, taking into consideration the resource usage time for the average file transfer time and the wasted resource by ACK exchange, T R U can be calculated as begin{array}rcl@ T_{rm{RU}} = {T_{{rm{FT}}}} + {T_{rm{P}}}left({1 + frac{{2{pi_{rm{b}}}}}{{1 - {pi_{rm{b}}}}}} right) + varepsilon, end{array} (8).
Figures 5, 6, and 7 show the average file-transfer time, the average goodput, and the average resource efficiency in the SOTM environment, respectively.
In Figs. 5, 6, and 7, it is observed that FRFTF outperforms conventional AL-FEC mechanisms in terms of the average file-transfer time, the average goodput, and the average resource efficiency because fixed PP and CR reduce the efficiency of the AL-FEC mechanism in the SOTM system.
Fig. 5 Average file-transfer time in the SOTM environment (city, blockage fraction = 33%%) Fig. 6 Average goodput in the SOTM environment (city, blockage fraction = 33%%) Fig. 7 Average resource efficiency in the SOTM environment (city, blockage fraction = 33%%).
Average decision-transfer time in minutes Fig. 106 (abstract A730).
end{aligned} (3) Fig. 3 Markov chain model for average file-transfer time of the proposed FRFTF.
To calculate the average file-transfer time, T F T, we model the bidimensional process {s(t),n(t)} with the discrete-time Markov chain depicted in Fig. 3.
The detailed analysis of this overhead is discussed in Section 4. In this section, we theoretically derive the average file-transfer time and resource efficiency for transmitting a file by the simple Markov chain model.
Thus, apart from network round-trip times, only the ratio of average transfer sizes and think times of users need be known to size the network for achieving a specific quality of service.
