As expected, the higher are these three factors, the higher is the utilisation rate of the station.
However, the fair rate of each station can be adjusted between its uplink and downlink, if either direction requires more bandwidth than another.
The solid lines represent reuse factor 1, while the dotted lines represent reuse factor 6. In this regime, shared relaying achieves around 90% of the achievable rate of base station coordination due to the relay's ability to remove interference and its proximity to the cell edge.
On the other hand, in order to control the rate of wired stations, the window size field in the acknowledgement control message is employed.
From all the described abacuses it is quite evident how the dwell time influences the utilization rate of the stations, together with the number of used passing sidings and the percentage of movements assigned to them (and thus to each itinerary).
One-way relaying achieves roughly 50% of the rates of base station coordination.
By adapting between shared relaying and direct transmission depending on user location, the rates of base station coordination can be approached.
Parameters are taken into account, including pipeline information, oil input sequence, volume and flow rate of the initial station in a certain period of time, demand volumes of each offloading station, upper and lower limits of flow rate, and each station's offloading flow rate limits.
Table 6 shows the inputting flow rate of the initial station.
