| Title |
A Predictive Model for the Number of Potholes Using Basic Harmony Search Algorithm |
| Authors |
Kim, Dowan ; Lee, Sangyum ; Kim, Dongho |
| DOI |
http://dx.doi.org/10.6106/KJCEM.2014.15.4.150 |
| Keywords |
BHS Algorithm ; HM ; HMCR ; MAE ; PAR ; Pothole ; RMSE ; Visco-Elasticity |
| Abstract |
A bunch of asphalt roads have been damaged frequently in relation to the rapid climate change. To solve and prevent this type of problems, many nationalities in the world have performed various researches. In this regard, the objective of this study is to develop prediction model as to the number of potholes occurred in seoul. At the same time, we have utilized empirical and statistical approaches in order for us to identify factors which is affecting the actual occurrence. The predictive model was determinded by using BHS (Basic Harmony Search) algorithm. Prediction was based on the weather and traffic data as well as data occurrence data of porthole. To assess the influences which are PAR(Pitch Adjusting Rate) and HMCR(Harmony Memory Considering Rate), we determined suitability by changing the values. In the process of the determining a predictive model, the predictive model composed Training data (2011, 2012 and 2013yrs data). To determine the suitability of the model, we have utilized Testing Set (2009 and 2010 yrs data). The suitability of the basic prediction model has been from RMSE(Root Mean Squared Error), MAE(Mean Absolute Error) and Coefficient of determination. |