Model based on canonical correlation analysis (CCA) and group method of data handling (GMDH) are explicate to obtain a better flood quantile estimation at ungauged sites. CCA is used to build a canonical physiographical space by applying the site characteristics from gauged station. Then GMDH model is used to distinguish the functional relationship between flood quantiles and the physiographic variables in the CCA space. The proposed model is applied to 70 catchments in Peninsular Malaysia. The jackknife procedure is used to evaluate the performance of proposed model. Result of proposed model compared with Traditional CCA model, linear regression (LR) model and GMDH model. The results indicated that the proposed model CCA-GMDH deliver the b...
Flood frequency analysis should consider small and frequent floods. Despite the complexities in part...
Linear regression is widely used in flood quantile study that consists of meteorological and physiog...
Flood duration, volume, and peak flow are important considerations in flood risk analysis and manage...
Model based on canonical correlation analysis (CCA) and group method of data handling (GMDH) are exp...
Group Method of Data Handling (GMDH) have been successful in many fields such as economy, ecology, m...
Canonical Correlation is an additional procedure for assessing the relationship between variables. ...
The ability of hierarchical cluster analysis (HCA) and least square support vector machine (LSSVM) i...
This study investigates the ability of wavelet group method of data handling (WGMDH) conjunction mod...
Among the foremost frequent and vital tasks for hydrologist is to deliver a high accuracy estimation...
Since the number of ungauged basins is increasing over the world, there is a need for reliable strea...
Design flow estimation for ungauged catchments is considered to be a challenging task in hydrology. ...
Estimation of flood quantiles, QT, with a desired level of accuracy has always been a challenge for ...
Flood is one of the worst natural hazards worldwide. During 2010-2011 Brisbane, Queensland, experien...
In flood frequency analysis the estimation of rare flood quantiles is subject to considerable uncert...
In flood frequency analysis the estimation of rare flood quantiles is subject to considerable uncert...
Flood frequency analysis should consider small and frequent floods. Despite the complexities in part...
Linear regression is widely used in flood quantile study that consists of meteorological and physiog...
Flood duration, volume, and peak flow are important considerations in flood risk analysis and manage...
Model based on canonical correlation analysis (CCA) and group method of data handling (GMDH) are exp...
Group Method of Data Handling (GMDH) have been successful in many fields such as economy, ecology, m...
Canonical Correlation is an additional procedure for assessing the relationship between variables. ...
The ability of hierarchical cluster analysis (HCA) and least square support vector machine (LSSVM) i...
This study investigates the ability of wavelet group method of data handling (WGMDH) conjunction mod...
Among the foremost frequent and vital tasks for hydrologist is to deliver a high accuracy estimation...
Since the number of ungauged basins is increasing over the world, there is a need for reliable strea...
Design flow estimation for ungauged catchments is considered to be a challenging task in hydrology. ...
Estimation of flood quantiles, QT, with a desired level of accuracy has always been a challenge for ...
Flood is one of the worst natural hazards worldwide. During 2010-2011 Brisbane, Queensland, experien...
In flood frequency analysis the estimation of rare flood quantiles is subject to considerable uncert...
In flood frequency analysis the estimation of rare flood quantiles is subject to considerable uncert...
Flood frequency analysis should consider small and frequent floods. Despite the complexities in part...
Linear regression is widely used in flood quantile study that consists of meteorological and physiog...
Flood duration, volume, and peak flow are important considerations in flood risk analysis and manage...