RSA Encrypted FSK RF Transmission Powered by an Innovative Microwave Technique for Invulnerable Security

EasyChair Preprint no. 4967

Abstract

The paper mainly concerns with the generation of two high frequencies in the X-Band range with the help of a single Reflex Klystron tube, which is suitably adjusted with a train of DC pulses connected across the repeller terminals of the tube. These two predetermined frequencies innovatively created are used for a secret data transmission, in which encryption of binary data using RSA algorithm on software platform has been incorporated. One of these RF frequencies corresponds to the “1”s of the binary number and the other represents “0”s of the same. Thus, the transmission of secret digital data has been successfully put into operation utilizing FSK modulation at microwave frequency. This will, certainly ensure further improvement of security level of the system. This novel concept of data transfer proposed in this paper has also been corroborated with suitable simulation as well as laboratory experimentation.

Keyphrases: Dual frequency generation, FSK modulation, Reflex Klystron, RSA

@Booklet{EasyChair:4967,
  author = {Prashnatita Pal},
  title = {RSA Encrypted FSK RF Transmission Powered by an Innovative Microwave Technique for Invulnerable Security},
  howpublished = {EasyChair Preprint no. 4967},

  year = {EasyChair, 2021}}