FFT algorithm is the popular software design for spectrum analyzer, but doesnpsilat work
well for parallel hardware system due to complex calculation and huge memory …

This paper presents a hardware software co-design of embedded digital spectrum analyzer.
As a digital hardware design, it achieves better portability and modularity so that it could be …

A discrete STFT processor for real-time spectrum analysis is proposed. To overcome the
drawbacks of previous discrete STFT algorithms and architectures, a new architecture based …

A method of designing real-time spectrum analysis based on FPGA is put forward in this
article and the characteristic of the FFT_IP core is described in detail. This system uses the …

Spectral analysis is important in many signal processing applications as it provides
information about the strength of different frequency components present in a time-domain …

This paper describes a new high speed spectrum analysis technique that tiles a spectral
display using a rapid step and dwell spectral sweep. The step and dwell translation operates …

The estimated accuracy of phase and frequency of all phase FFT spectrum analysis and its
correction techniques are high [1-3], for its perfect characteristic of inhibiting the spectrum …

With the rapid development of electronic information and computer science, the fast Fourier
transform (FFT) has played an increasingly important role in digital signal processing (DSP) …

The accurate and timely spectrum sensing ability is very critical to cognitive radio.
Cyclostationary feature detection has the ability to separate the signal of interest from noise …

To perform FFT-based measurement in wireless communication analyzer, the frequency
range and resolution on the x-axis of a spectrum plot depend on the sampling rate and the …