Secure Baseband Techniques for Generic Transceiver Architecture for Software-Defined Radio

Author:

Marriwala Nikhil Kumar1,Sahu Om Prakash2,Vohra Anil3

Affiliation:

1. University Institute of Engineering and Technology, India & Kurukshetra University, India

2. NIT, India

3. Kurukshetra University, India

Abstract

Software Defined Radio (SDR) systems are the ones which can adapt to the future-proof solution and it covers both existing and emerging standards. An SDR has to possess elements of reconfigurability, intelligence and software programmable hardware. The main interest in any communication group is the sure sending of signals of info from a transmitter to a receiver. The signals are transmitted via a guide who corrupts the signal. To ensure reliable communication forward error-correcting (FEC) codes are the main part of a communication system. This chapter will discuss an SDR system built using LabVIEW for a Generic Transceiver. This chapter has covered emerging software radio standards and the technologies being used to specify and support them.

Publisher

IGI Global

Reference17 articles.

1. Burns. (2002). Software Defined Radio for 3G. Artech House.

2. Calderbank, P. R. (1984). Technology as Driver of Change in Telecommunications ne Bell System – It Worked The Changing Face of Telecommunications Research. Academic Press.

3. Receiver I/Q Imbalance: Tone Test, Sensitivity Analysis, and the Universal Software Radio Peripheral

4. 8-QAM Software Defined Radio Based Approach for Channel Encoding and Decoding Using Forward Error Correction

5. Novel Design of a Low Cost Flexible Transceiver Based on Multistate Digitally Modulated Signals Using Wi-Fi Protocol for Software Defined Radio

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1. An Authentication Based Approach for Prevention of Spectrum Sensing Data Falsification Attacks in Cognitive Radio Network;Wireless Personal Communications;2021-11-13

2. Error Control Coding and Performance Measurement for Software Defined Radios;2019 5th International Conference on Signal Processing, Computing and Control (ISPCC);2019-10

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