"congested channel" is a grammatically correct phrase and can be used in written English.
It refers to a situation where there is a high volume of traffic or activity in a particular channel or medium, leading to delays or difficulties in communication. Example: Due to the heavy snowstorm, the main highway became a congested channel, causing long delays for commuters trying to reach the city.
To illustrate the advantages of TDOCP, a compared algorithm One-Dimensional Optimization Integrating Channel Assignment and Power Control (ODOCP) is designed, which implements the least congested channel search (LCCS) in CA, and the power control for AP performance (PCAP) in PC.
When two APs are within the communication range of each other, a network administrator usually assigns the channel for each AP manually to minimize interference between them, or the APs search for the least congested channel, usually among the non-overlapping channels, by themselves [7].
Bastian Schweinsteiger strutted impatiently, while the Raumdeuter Thomas Müller contented himself not so much with investigating space as serving up a whole load of footballing dead air, wandering down Wembley's congested channels like a tourist in rush hour without a map.
We have carried out experiments for four different channels as representative of the conditions of wired and wireless networks not only in a normal context but also in congested channels [33, 37 39].
This effect was identified to be the dominant one for multiple sender scenarios in a non-congested channel [19].
The transmitter also utilizes the Airfonix Smart Channel technology, which enables the unit to search out and choose an un-congested channel in the 2.4GHz and 4.9-5.8GHz 4.9-5.8GHz
Under dense traffic conditions, the large number of communicating vehicles can easily result in a congested wireless channel.
In our earlier study, we have observed relatively large improvements in terms of PSNR, when a UDP Lite approach is compared to conventional rate control in a congested radio channel [1].
Here, we focus on the VANET scalability challenge for data dissemination: under dense traffic conditions, the large number of communicating vehicles can easily result in a congested wireless channel.
The portal tracts are thickened by mononuclear inflammatory cells formed mainly of lymphocytes and telangiectatic, congested vascular channels.
Furthermore, thanks to these experimentations, we are now able to say that for the case of congested networks, the channel occupancy rate itself is not sufficient enough to decide whether to trigger the handover or not and that the collision rate is a necessary complementary metric.
