Neighboring Roadway Signs Analysis To Eradicate Misshaping Triggered By Humanoid Functioning Fault

One way to reduce accidents brought on by human mistake is to employ self-driving vehicles. Despite the fact that road signals are meant to guide and alert vehicles, misinterpretations by drivers can nonetheless lead to accidents. In order to reduce the amount of human involvement in driving, a self-driving car system can use artificial intelligence to identify and detect patterns in input images. The Convolutional Neural Network framework is implemented in this work for classifying four regulatory devices (traffic light, speed restriction sign, crossing, and stop) utilizing the library of tensorflow. For optimizing the algorithm, we utilized a training set including eight hundred seventy-seven photos of the four different classes. The study's objective was to develop a simple and approachable picture categorization model. Test findings indicate a ninety-two percent probability of success.

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Publication Details

Published
2024-09-20
DOI
https://doi.org/10.1109/i3ceet61722.2024.10993522
Primary Topic
Autonomous Vehicle Technology and Safety
Type
article
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article

Neighboring Roadway Signs Analysis To Eradicate Misshaping Triggered By Humanoid Functioning Fault

Joel Lopes, Ceres Dbritto
Autonomous Vehicle Technology and Safety
article

Neighboring Roadway Signs Analysis To Eradicate Misshaping Triggered By Humanoid Functioning Fault

Joel Lopes, Ceres Dbritto
article en

Abstract

One way to reduce accidents brought on by human mistake is to employ self-driving vehicles. Despite the fact that road signals are meant to guide and alert vehicles, misinterpretations by drivers can nonetheless lead to accidents. In order to reduce the amount of human involvement in driving, a self-driving car system can use artificial intelligence to identify and detect patterns in input images. The Convolutional Neural Network framework is implemented in this work for classifying four regulatory devices (traffic light, speed restriction sign, crossing, and stop) utilizing the library of tensorflow. For optimizing the algorithm, we utilized a training set including eight hundred seventy-seven photos of the four different classes. The study's objective was to develop a simple and approachable picture categorization model. Test findings indicate a ninety-two percent probability of success.

Independent Sector (US)
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Autonomous Vehicle Technology and Safety
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