The phrase "at high network loads" is correct and usable in written English.
It can be used when discussing situations or conditions that occur when network traffic is heavy or congested.
Example: "The system tends to slow down significantly at high network loads, affecting overall performance."
Alternatives: "during peak network traffic" or "under heavy network conditions".
But later at high network loads, it experiences up to 48% improvement at the uplink because at high network loads, EDCA could not maintain fairness and overwhelmingly favours real-time applications.
Therefore, code allocation Simulationdesigned with dynamic code assignment in mind so that signaling overesultsf DCA ishoww.
The argument is that the problems with CSMA are most pronounced at high network loads, and traffic smoothing can be introduced to keep the data traffic at an acceptable level.
At high network loads (8 9 transmitting stations), sharp depreciation in the throughput of EDCA is seen both at the uplink and downlink while the proposed mechanism offers a gradual depreciation in throughput as depicted in Figure 3a.
Voice traffic experiences up to 100% enhancement in packet loss performance at high network loads for the uplink, while at the downlink, there is no packet loss both for the EDCA and the proposed mechanism; therefore, no enhancement or depreciation can be seen in Figure 8b.
Reducing the size of input buffers would result in degraded performance, while eliminating all buffers would result in increased power at high network load.
The benefits of the proposed mechanism are more prominent at higher network loads but are visible at lower network loads as well.
Voice traffic experiences some packet loss at the uplink for the proposed mechanism at higher network loads, but EDCA has much higher packet loss at those network load values.
File-sharing traffic experiences up to 300% enhancement in throughput at the uplink while it has up to 150% enhancement at the downlink with higher improvement in throughput at higher network loads.
File-sharing traffic also experiences almost the same packet delay for EDCA and the proposed mechanism both at the uplink and the downlink except for some values at higher network loads where the proposed mechanism offers much less delay than EDCA as illustrated in Figure 4d.
At higher network loads, EDCA is unable to provide such excess of bandwidth to real-time applications either, that is where the performance of the proposed mechanism is maximum because of the better fairness and more efficient bandwidth utilization features of the proposed mechanism.
