Abstract The Discrete Fourier Transform (DFT) has played a fundamental role for signal analysis. A common application is, for example, an FFT to compute a spectral …
The sliding discrete Fourier transform provides an alternative to the FFT, permitting a custom choice of frequency decomposition which outputs an update after each input sample. The …
Two key technology enablers for next generation networks are examined in this thesis, namely Cognitive Radio (CR) and Spectrally Efficient Frequency Division Multiplexing …
This paper provides a novel way of trading increased resource utilisation for decreased latency when computing a single Discrete Fourier Transform on the FPGA. Analysis …
The Discrete Fourier Transform has played a fundamental role in signal analysis for radar systems, usually in its Fast Fourier Transform form. Traditionally, samples from a region of …
Today, great advances have been made; however the tenet of 'design first, figure out how to program later'still lingers in the corridors of Silicon Valley. The focus of this study is however …