Enhancing Road Traffic Safety in- Kenya Using Artificial Neural Networks

Article ID

0Y513

Enhancing Road Traffic Safety in- Kenya Using Artificial Neural Networks

Billington Muchiri
Billington Muchiri
Dr. Solomon Mwanjele
Dr. Solomon Mwanjele
Ms Grace Mwaura
Ms Grace Mwaura
DOI

Abstract

The world loses a human live in every 24 second due to Road Traffic Accidents (RTAs). In Kenya approximately 3000 lives are lost annually due to RTAs. The interventions to improve road traffic safety (RTS) failed because they were not informed by any scientific research. In this paper we employed the multi-layer feed forward perceptron neural network model to classify the road traffic safety status (RTSS) as:-excellent, fair, poor or danger states which model’s output are. We considered the vehicle internal factors that contribute to RTAs as model’s inputs which included:-inside-vehicle-condition, entertainment, safety-awareness, passager’s (attention, criminal-history, health-history, movement inside vehicle, body posture, frequency of journey, drunkenness’, drug-influence, use-of-mobile-phone and load), luggage-type and the safetybelt.

Enhancing Road Traffic Safety in- Kenya Using Artificial Neural Networks

The world loses a human live in every 24 second due to Road Traffic Accidents (RTAs). In Kenya approximately 3000 lives are lost annually due to RTAs. The interventions to improve road traffic safety (RTS) failed because they were not informed by any scientific research. In this paper we employed the multi-layer feed forward perceptron neural network model to classify the road traffic safety status (RTSS) as:-excellent, fair, poor or danger states which model’s output are. We considered the vehicle internal factors that contribute to RTAs as model’s inputs which included:-inside-vehicle-condition, entertainment, safety-awareness, passager’s (attention, criminal-history, health-history, movement inside vehicle, body posture, frequency of journey, drunkenness’, drug-influence, use-of-mobile-phone and load), luggage-type and the safetybelt.

Billington Muchiri
Billington Muchiri
Dr. Solomon Mwanjele
Dr. Solomon Mwanjele
Ms Grace Mwaura
Ms Grace Mwaura

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Billington Muchiri. 2019. “. Global Journal of Computer Science and Technology – D: Neural & AI GJCST-D Volume 19 (GJCST Volume 19 Issue D4): .

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Journal Specifications

Crossref Journal DOI 10.17406/gjcst

Print ISSN 0975-4350

e-ISSN 0975-4172

Issue Cover
GJCST Volume 19 Issue D4
Pg. 19- 27
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GJCST-D Classification: F.1.1
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Enhancing Road Traffic Safety in- Kenya Using Artificial Neural Networks

Billington Muchiri
Billington Muchiri
Dr. Solomon Mwanjele
Dr. Solomon Mwanjele
Ms Grace Mwaura
Ms Grace Mwaura

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