Physical level design of an OFDM radio for digital communication with a software defined radio(SDR) platform
Amado Gutierrez, Gerardo Laguna, Paulino Mendoza, Víctor Rangel
Abstract
Amado Gutierrez, Gerardo Laguna, Paulino Mendoza, Víctor Rangel
Abstract
Currently the pressure of technological advances requires developers to reduce the design cycle and development time. For this reason the design process, verification and validation of the algorithms for physical level of a OFDM (Orthogonal Frequency Division Multiplexing) radio can be very long, if we do not follow the proper methodology. This paper shows a methodology for design and verification of the digital communication algorithms using a SDR (Software Defined Radio) platform to accelerate the verification and validation of the algorithms design at OFDM physical level. Thus, this work presents a practical approach through the SDR platform by the design of digital communication systems, which is useful in real applications.
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Currently the pressure of technological advances requires developers to reduce the design cycle and development time. For this reason the design process, verification and validation of the algorithms for physical level of a OFDM (Orthogonal Frequency Division Multiplexing) radio can be very long, if we do not follow the proper methodology. This paper shows a methodology for design and verification of the digital communication algorithms using a SDR (Software Defined Radio) platform to accelerate the verification and validation of the algorithms design at OFDM physical level. Thus, this work presents a practical approach through the SDR platform by the design of digital communication systems, which is useful in real applications.
Key concepts: Software-defined radio, Orthogonal frequency-division multiplexing, Computer science, Software, Digital radio, Process (computing), Computer architecture, Embedded system