Autocorrelation and limited sampling algorithm with fixed packet length in period measurement

Author:

Ding Yizhou,Li Zirui

Abstract

Abstract This paper proposed a real time autocorrelation and limited sampling algorithm with fixed packet length based on Field Programmable Gate Array(FPGA) for the period estimation and significant data transmission for arbitrary periodic signal, which contributes to information transfer in the Internet of things for smart sensors, and has a wide applications such as radar, communication, sensors network and measurement. Firstly, an explanation of the algorithm is shown. Secondly, several simulation results are analyzed. Finally, experimental and hardware implementation results are shown.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference14 articles.

1. Phase correction of discrete Fourier transform coefficients to reduce frequency estimation bias of single tone complex sinusoid;Liao;Signal Processing,2014

2. Damped sinusoidal signals data estimation in frequency domain;Fengyong;Signal Process.,2012

3. A modified inverse tangent based adaptive algorithm for a second-order constrained adaptive IIR notch filter;Punchalard;Signal Processing,2014

4. Phase difference estimation method based on data extension and Hilbert transform;Shen;Measurement Science and Technology,2015

5. A frequency estimation algorithm based on cross information fusion;Su;Measurement Science and Technology,2015

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