The phrase "analysis of the wireless" is correct and usable in written English.
It can be used in contexts related to studying or examining wireless technology, communication, or networks.
Example: "The analysis of the wireless systems revealed several areas for improvement in signal strength and coverage."
Alternatives: "examination of the wireless" or "study of the wireless".
RWP is one of the mobility models widely used in the performances analysis of the wireless and mobile networks.
Also, observe that the experiment is located in a secure region (Section 3.5), allowing a clear analysis of the wireless underground channel stability under normal conditions.
In this paper, we focus on the performance analysis of the wireless mesh backhaul network, assuming that all the mesh nodes have the same number of antennas, which enables the transmission of multiple frames to the same or different destinations.
We carry out the analysis of the wireless data communications system with NT-transmitter antennas and NR-receiver antennas described by the (discrete) polynomial matrix in the form of (mathbf {underline {C}}left ({z^{-1}}right)) [16] {mathbf{underline{C}}_{N_{mathrm{R}}times N_{mathrm{T}}}left {z^{-1}}right)}left {z^{-1}}rightL_{mathrm{c}} -1} mathbf{underline {c}_{n}} z^{-n}, (1).
First, we present a performance analysis of the SOLMS based wireless channel tracking in the presence of carrier-frequency offset.
The paper presents a concise description of the formal foundations required to conduct the analysis of a wireless system in a theorem prover, such as the higher-order-logic modeling of random variables and the verification of their corresponding probabilistic and statistical properties in a theorem prover.
In this section, we perform cross-layer analysis of the IEEE 802.16 Wireless-MAN OFDMA PHY air interface which can also alternatively be used for a point-to-point (PTP) wireless link [37, 38].
This paper describes the role of simulation tools on the validation and performance analysis of two wireless extensions for the PROFIBUS protocol.
Also hybrid wired/wireless PROFIBUS architectures performance is analysed and studied based on simulation models by P. B. Sousa, and L. Ferreira; the main objective is to describe the role of simulation tools on the validation and performance analysis of two wireless extensions for the PROFIBUS protocol.
Random matrix theory plays a critical role in the analysis of MIMO wireless networks.
However, whereas in [13], the authors assumed independent SNR instances in the initial and delayed transmission in the internode protocol, and we include the analysis of temporal variations of the wireless channel in internode communication.
