Abstract

This article published in MATEC Web of Conferences has been formally retracted on ethical grounds because the article contains extensive and repeated instances of plagiarism.

Highlights

  • Laser dazzle gained public awareness due to the increase in availability of visible wavelength lasers with powers well above laser pointers traditionally used for c presentations

  • The increasing number of laser dazzle events has motivated the study of glare impacts on the eye

  • R transmission presented by this model

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Summary

INTRODUCTION

Laser dazzle gained public awareness due to the increase in availability of visible wavelength lasers with powers well above laser pointers traditionally used for c presentations. It has been very popular in the civil field [1,2]. A visual tool for blinding performance research. These models can accurately simulate the dazzling effect in different situations, but they are not suitable for studying the addition of different optical components or simulating a specific real scene containing all the e contributing parameters

Laser dazzling simulation modeling
Background luminance Field of view
CIE Equations for Disability Glare Vienna
Findings
CONCLUSIONS

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