scispace - formally typeset
Book ChapterDOI

Journey of Wireless Communication

TLDR
The next few pages will deal with the detailed study of wireless cellular technologies—first, second, third, and fourth generations eventually leading to the fifth generation as well, which will visualize the evolution from analog system transmissions to digital transmissions which brought the usage of audio, graphics, video, etc.
Abstract
Development of mobile communication is rapid, with different methods and techniques being introduced in wireless communications. The next few pages will deal with the detailed study of wireless cellular technologies—first, second, third, and fourth generations eventually leading to the fifth generation as well. This will visualize the evolution from analog system transmissions to digital transmissions which brought the usage of audio, graphics, video, etc. The evolution also gave rise to Internet on the cellular mobile phones which were once realizable only in computers through broadband connections. With improved technologies, we saw the development of fourth-generation cell phones which harnessed the use of LTE. The world is moving very fast, and the corporates involved in mobile communications are in a strong tussle to achieve the fifth generation of mobile networks which will shift the world’s entire way of functioning from autonomous vehicles to IoT and many other things which could be seen only as part of sci-fi movies.

read more

Citations
More filters
Journal ArticleDOI

Simplified Framework for Benchmarking Standard Downlink Scheduler over Long Term Evolution

TL;DR: The proposed manuscript presents a benchmarking model for addressing the issues associated with Best-Channel Quality Indicator, Round Robin, and Hybrid Automatic Repeat Request (HARQ) and the outcome shows HARQ scheduling to offer better performance in higher throughput, higher fairness, and lower delay over different test cases.
Journal ArticleDOI

Design and Analysis of Analog Feedback Communication System with Rayleigh Fading Channel Model

TL;DR: In this paper , a wireless analog feedback communication system (AFCS) using a Rayleigh fading channel is considered in forward transmission while AWGN was considered in the feedback channel and the performance of the system was evaluated based on the minimization of mean square error (MSE) at the receiver.