The article presents the results of the development of a model for calculating levels at one gauging station using the levels at another. To link the levels at two gauging stations, the data on levels, temperature and precipitation were used. The use of machine learning methods to solve the problem of predicting water levels made it possible to achieve an accuracy of about 6 cm. At the same time, traditional statistical models (linear regression, polynomial regression) have 14-16 cm error
Developing accurate soft computing methods for groundwater level (GWL) forecasting is essential for ...
The measurement of water-levels is critical within hydropower production and with already existing c...
Focus of this study is to investigate the capabilities of a neural network in predicting medium rang...
The evolving character of the environment makes it challenging to predict water levels in advance. D...
The community’s well-being and economic livelihoods are heavily influenced by the water level of wat...
Since predicting rapidly fluctuating water levels is very important in water resource engineering, L...
Accurate water level prediction is one of the important challenges in various fields such as hydrolo...
In a tidal river, water level modelling is essential to assess the hazards of compound inundation. T...
Nowadays, Prediction modelling has become one of the most popular research areas among researchers/s...
In a context where the German Federal Ministry of Transport and Digital Infrastructure (BMVI) expect...
In Malaysia, flood can happens annually anytime of the year in multitude of ways. This study aimed t...
The bio-chemical and physical characteristics of a river are directly affected by water temperature,...
Water level variation in a river mouth is very complicated. One of the reasons for this fact the rel...
The article discusses the possibility of predicting the water surface area of a river (and based on ...
This study develops hourly water level forecasting models with lead-times of 1 to 3 h using an artif...
Developing accurate soft computing methods for groundwater level (GWL) forecasting is essential for ...
The measurement of water-levels is critical within hydropower production and with already existing c...
Focus of this study is to investigate the capabilities of a neural network in predicting medium rang...
The evolving character of the environment makes it challenging to predict water levels in advance. D...
The community’s well-being and economic livelihoods are heavily influenced by the water level of wat...
Since predicting rapidly fluctuating water levels is very important in water resource engineering, L...
Accurate water level prediction is one of the important challenges in various fields such as hydrolo...
In a tidal river, water level modelling is essential to assess the hazards of compound inundation. T...
Nowadays, Prediction modelling has become one of the most popular research areas among researchers/s...
In a context where the German Federal Ministry of Transport and Digital Infrastructure (BMVI) expect...
In Malaysia, flood can happens annually anytime of the year in multitude of ways. This study aimed t...
The bio-chemical and physical characteristics of a river are directly affected by water temperature,...
Water level variation in a river mouth is very complicated. One of the reasons for this fact the rel...
The article discusses the possibility of predicting the water surface area of a river (and based on ...
This study develops hourly water level forecasting models with lead-times of 1 to 3 h using an artif...
Developing accurate soft computing methods for groundwater level (GWL) forecasting is essential for ...
The measurement of water-levels is critical within hydropower production and with already existing c...
Focus of this study is to investigate the capabilities of a neural network in predicting medium rang...