WIRELESS NETWORK AND COMMUNICATION

Running head: REPORT ON WIRELESS NETWORK AND COMMUNICATION
REPORT
ON
WIRELESS NETWORK AND COMMUNICATION
Name of the Student
Name of the University
Author Note:

WIRELESS NETWORK AND COMMUNICATION1
Introduction:
Wireless network and communication is one of the trending area that is ruling the world
with every aspect. As the wireless network is nothing but an advance technology which offers
wireless data communication with the transmission of data across the world through wireless
mediums. Considering this aspect the primary objective of this discussion is to elaborate the
topic related to wireless network and communication.
Drone is one of the most appropriate example of wireless network as studies has
mentioned that drone includes the unmanned aerial vehicle concept that delivers effective
communication. Hence, in order to discuss this technology a research paper of Mohammad et al.,
(2018) has been analyzed which is based on the discussion of Drone-based antenna which has
intended to reduce the service time of with respect to the wireless network and communication.
Followed by this above discussion in this paper will effectively discuss the
methodologies used in the nominated research done by (Mohammad et al., 2018). Along with
this it will also compare the result of this paper with research paper and then there will be a detail
discussion on the benefits and the limitations of the methodologies as well. Later, this paper will
also consist a brief idea about the future research area.
Description of the methodologies:
After analyzing the nominated research paper it has been noticed that the researcher has
focused on the system modulation in order to prove that the drone based antenna is one of the
best wireless network communication technology which enhances the effectiveness Wireless
services. Making allowance to this concern this paper has initially proposed an innovation
framework in order to deliver best communication services with least time. Followed by this

WIRELESS NETWORK AND COMMUNICATION2
concern in this study the researcher has focused on perturbed techniques with the purpose to
optimize the drone spacing [1].
While analyzing the approached techniques it is identified that this technique has aimed
to solve the problem related to the space optimization as well as geographical location. In this
case it is observed that the researcher has considered the location of the wireless antenna with L
and the quad-rotor of antenna as M. From this formation the derived result is the 3D locations of
the Drone m ∈ M and i ∈ L are, given by (xm, ym, zm) and (x u i , yu i , zu i ) respectively. Along
with this in order to avoid the collision among the drones the separation of the drones are done
with at least Dmin and the dm = √( xm−xo) 2+( ym− yo) 2+(zm−zo) 2. During the analysis it is
also identified that as the researcher has used the perturbation technique which is an effective
mathematical technique that removes the linear elements from any equation and deconstruct a
nonlinear equation [1]. Followed by this discussion it is identified that from the above
determined equation it is very essential to reposition the drones. Considering this aspect it has
been observed that in the position of the drone model of this study will be positioned in order to
connect it with the users. Along with this the service time of this drone is also depends on the
transmission by which by which the drone will be able to stabilize the body and move as well. As
the primary objective of this study is to reduce the service time of drone via reducing the
transmission, determination of the center of the array is very essential [1]. Hence, in order to
detect this it is very essential to determine the minimum transmission time of the model drone.
Along with this the study has also mentioned that how the optimal positioning is impacting the
directivity of the drone. Thus, here in this study the researcher has also determined the optimal
positioning with respect to several theorems which includes optimal perturbation vector, optimal
location.