An Innovative High-Frequency Wireless Communication Technique Inspired by Multi-Frequency Carrier Signals

EasyChair Preprint no. 5066

Abstract

Modern intelligent broadcasting technologies like   IoT and wireless communication mediums are playing an important role to connect multiple heterogeneous devices. It fulfills the requirement to achieve the advanced developed communication system. This paper describes a data transmission technique using a high-frequency generator reflex klystron.  Here high-frequency Multi-level frequency shift techniques with the help of a single reflex klystron namely M-ary High-Frequency Shift Keying (MHFSK) are proposed.  Reflex klystron plays the main role to generate multiple independent high-frequency signals. In this scheme, the high-frequency carrier signal is selected through a sequence of binary bits which control the reflector voltage. As a result, this modulation system creates multiple high frequencies which act as an important parameter of this proposed multi-frequency modulation scheme. The main goal is to improve the error performance of the associated bit rate. As a result, the overall efficiency is increased compared to other binary digital modulation system. This new concept has been verified through an experimental framework.

Keyphrases: High frequency shift keying, Multi level frequency generation, Reflex Klystrons

@Booklet{EasyChair:5066,
  author = {Prashnatita Pal and Bikash Chandra Sahana and Jayanta Poray},
  title = {An Innovative  High-Frequency Wireless  Communication  Technique Inspired by Multi-Frequency Carrier Signals},
  howpublished = {EasyChair Preprint no. 5066},

  year = {EasyChair, 2021}}