An enhancement method of waveform simulation in dual-color laser field imaging based on Internet of Things

Abstract

In view of the fact that the existing methods are easy to be affected by nonlinear factors in the incident process of the light source, resulting in the received shock wave inconsistent with the reality and large calculation error, a two-color laser field imaging waveform simulation and enhancement method based on the Internet of things is proposed. According to the automatic transformation characteristics of augmented reality technology, the waveform simulation control process of two-color laser field imaging is constructed. The Gaussian distribution characteristics are used to analyze the target, the optical grid and double oscillation device are used to control the results, the spectrum Fourier transform is used to adjust the phase of the waveform, and finally the simulated modulated laser waveform is output. Through the comparison of laser waveform spectrum and peak value, the results show that this method is closest to the actual laser waveform, saves calculation time, and has good practical application effect.

Advanced Machine Learning Based Mobile Multimedia Application

“…According to the automatic transformation characteristics of augmented reality technology, the waveform simulation control process of two-color laser field imaging is constructed. Through the comparison of laser waveform spectrum and peak value, the results show that the proposed method is closest to the actual laser waveform with less calculation time [11].…”

“…The second section of this issue includes four papers, which focuses on the novel image processing methods except recognition, such as image enhancement, encryption, etc. [11][12][13][14].…”