Seminar Tech Report PDF
Seminar Tech Report PDF
Seminar Tech Report PDF
Abstract—UAVs have emerged as promising solutions for (5G) wireless networks. On the one hand, UAVs can be
future wireless communication with a high QoS and are connected to cellular networks as new types of user
expected to revolutionize cellular communication. equipment, therefore generating significant revenues for the
Wireless communication with unmanned aerial vehicles operators that can guarantee their stringent service
(UAVs) is a rapidly growing technology for future requirements. On the other hand, UAVs offer the
communication. Wireless communication systems that unprecedented opportunity to realize UAV-mounted flying
include unmanned aerial vehicles promise to provide cost- base stations that can dynamically reposition themselves to
effective wireless connectivity for devices without boost coverage, spectral efficiency, and user quality of
experience.
infrastructure coverage. Due to their inherent attributes
such as mobility, flexibility, and adaptive altitude, UAVs II. CLASSIFICATION OF UAVS
have several potential applications in wireless systems
Naturally, depending on the application and goals, one
and networks. The relevance of this technology is soaring
needs to use an appropriate type of UAV that can meet various
due to its impeccable features. In this poster the potential requirements imposed by the desired quality-of-service
benefits, applications and challenges faced by using (QoS), the nature of the environment, security. In general,
unmanned aerial vehicles in wireless communication are UAVs can be categorized, based on their altitudes, into high
presented. altitude platforms (HAPs) and low altitude platform (LAPs).
UAVs can also be categorized, based on type, into fixed wing
and rotary-wing UAVs.
I. INTRODUCTION
The unprecedented recent advances in drone technology III. WIDE RANGING APPLICATIONS OF UAVS
make it possible to widely deploy UAVs, such as drones,
small aircrafts, balloons, and airships for wireless
communication purposes. Unmanned aerial vehicles (UAVs),
commonly known as drones, have been considered the subject
of research for the past few year due to their flexibility, and
broad range of application domains and low cost.
A. UAV Aerial Base Station in 5G and beyond Optimal path planning for UAVs is another
important challenge in UAVbased communication
By exploiting the unique features of UAVs as well systems. In particular, optimizing the trajectory of
as establishing LOS communication, we can use UAVs is crucial while using them for smart cities,
these boost the performance of terrestrial networks drone-UE, and caching scenarios. There are
in terms of coverage and capacity different techniques to optimally plan the trajectory
VI. REFERENCES