TRIP GENERATION MODELING OF ILORIN CITY, NIGERIA, USING GIS AND ARTIFICIAL NEURAL NETWORK

Ilorin's traffic situation, while not as severe as larger cities like Lagos, Ibadan, and Port-Harcourt, is showing signs of bottlenecks and congestion. Travel demand modeling is important for effective transportation planning. This study develops Artificial Neural Network (ANN) trip generation (production and attraction) models using household and trip characteristics, population data, and maps of the base year (2022). The models had high accuracy values of 0.999873850524 and 0.999999999903 with low error values of 0.058 and 0.0000000419 for trip production and attraction respectively. The models were then used to foresee trip production and attraction for the horizon year (2032).

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Publication Details

Journal
Journal of Engineering Studies and Research
Published
2025-03-11
DOI
https://doi.org/10.29081/jesr.v30i2.003
Primary Topic
Transportation Planning and Optimization
Type
article
Field-Weighted Citation Impact
0.00
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article

TRIP GENERATION MODELING OF ILORIN CITY, NIGERIA, USING GIS AND ARTIFICIAL NEURAL NETWORK

Oreoluwa Temidayo Biala, OLUFIKAYO ADERINLEWO, CHRISTAIN SONJA, OLUWASEGUN TITILOYE et al.
Journal of Engineering Studies and Research
Transportation Planning and Optimization
article

TRIP GENERATION MODELING OF ILORIN CITY, NIGERIA, USING GIS AND ARTIFICIAL NEURAL NETWORK

Oreoluwa Temidayo Biala, OLUFIKAYO ADERINLEWO, CHRISTAIN SONJA, OLUWASEGUN TITILOYE, MICHAEL OJEKUNLE
article en

Abstract

Ilorin's traffic situation, while not as severe as larger cities like Lagos, Ibadan, and Port-Harcourt, is showing signs of bottlenecks and congestion. Travel demand modeling is important for effective transportation planning. This study develops Artificial Neural Network (ANN) trip generation (production and attraction) models using household and trip characteristics, population data, and maps of the base year (2022). The models had high accuracy values of 0.999873850524 and 0.999999999903 with low error values of 0.058 and 0.0000000419 for trip production and attraction respectively. The models were then used to foresee trip production and attraction for the horizon year (2032).

Journal of Engineering Studies and ResearchVol. 30(2)
Openalex Percentile: Top 96%
Transportation Planning and Optimization
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