Abstract— Improving vehicle fuel economy necessitates the capacity to model and predict fuel efficiency. In this paper, the three Machine Learning models are used to compare fuel efficiency of cars for a large dataset. Linear regression, decision tree and random forest models have been used for the purpose and performance of the cars compared. The model could also help road managers better understand how much road vehicles utilize fuel and how road geometry affects their performance. The study also reveals that all three methods allow for the development of high-performing models, with the decision tree model marginally outperforming linear regression and random forest in terms of R2 and lower MSE value
Heavy-duty trucks contribute approximately 20% of fuel consumption in the United States of America (...
The motivation of this study is to compare four different machine learning algorithms which are supp...
Fuel consumption of a vehicle depends on several internal factors such as distance, load, vehicle c...
Fuel consumption (FC) is one of the key factors indetermining expenses of operating a heavy-duty veh...
This paper presents the application of three Machine Learning techniques to fuel consumption modelli...
With the increasing population demographics and the dependency of man on motor vehicles as the prima...
A number of analytical models have been described in the literature to estimate the fuel consumption...
The underestimation of fuel consumption impacts various aspects. In the vehicle market, manufacturer...
This paper advocates a data summarization approach based on distance rather than the traditional tim...
This study aims at a possible solution to predict the fuel consumption of heavy duty diesel trucks, ...
With increasingly prominent environmental problems, controlling automobile exhaust has become essent...
The aim of this thesis is to develop data mining models able to identify andclassify usage and drivi...
Instead of the conventional time period, we employed the vehicle trip distance while creating custom...
In this paper, we propose a fuel consumption classification system for heavy-duty vehicles (HDVs) ba...
This paper is aimed to investigate application potential of data mining in automotive industry. Most...
Heavy-duty trucks contribute approximately 20% of fuel consumption in the United States of America (...
The motivation of this study is to compare four different machine learning algorithms which are supp...
Fuel consumption of a vehicle depends on several internal factors such as distance, load, vehicle c...
Fuel consumption (FC) is one of the key factors indetermining expenses of operating a heavy-duty veh...
This paper presents the application of three Machine Learning techniques to fuel consumption modelli...
With the increasing population demographics and the dependency of man on motor vehicles as the prima...
A number of analytical models have been described in the literature to estimate the fuel consumption...
The underestimation of fuel consumption impacts various aspects. In the vehicle market, manufacturer...
This paper advocates a data summarization approach based on distance rather than the traditional tim...
This study aims at a possible solution to predict the fuel consumption of heavy duty diesel trucks, ...
With increasingly prominent environmental problems, controlling automobile exhaust has become essent...
The aim of this thesis is to develop data mining models able to identify andclassify usage and drivi...
Instead of the conventional time period, we employed the vehicle trip distance while creating custom...
In this paper, we propose a fuel consumption classification system for heavy-duty vehicles (HDVs) ba...
This paper is aimed to investigate application potential of data mining in automotive industry. Most...
Heavy-duty trucks contribute approximately 20% of fuel consumption in the United States of America (...
The motivation of this study is to compare four different machine learning algorithms which are supp...
Fuel consumption of a vehicle depends on several internal factors such as distance, load, vehicle c...