The sliding window technique is being used to extract patterns of forest fire which consists of burnt area size, temperature, relative humidity, wind speed and rainfall.The initial data is being transformed by changing the continuous values of the attributes into categorical value. Extracted patterns are then being grouped based on the size of burnt are.Rules are then generated by transforming the categorical values into intervals and the merging different records into the same rules.The rule generation stage produces eight distinct patterns of meteorological conditions that could predict the size of forest fire
AbstractForest fires have environmental impacts that create economic problems as well as ecological ...
Fires have been threatening green forestry all over the world. In Lebanon, green areas declined dram...
Forests can purify water, stabilize soil, cycle nutrients, moderate climate, and store carbon. They ...
Patterns can be extracted from historical data and used to make predictions of future events. Such p...
This research conducts studies of the use of the Sequential Forward Floating Selection (SFFS) Algori...
This research conducts studies of the use of the Sequential Forward Floating Selection (SFFS) Algori...
Forest fires are a major environmental issue, creating economical and ecological damage while endang...
This paper outlines a hybrid approach in data mining to predict the size of forest fire using meteor...
This research conducts studies of the use of the Sequential Forward Floating Selection (SFFS) Algori...
As a result of climate change, climatic catastrophes, such as wildfires, are likely to increase. Wil...
Forest fires are a major environmental issue because they are increasing as a consequence of climate...
As per the latest survey produced by the Forest Survey, the forest cover is 19.27% of the geographic...
Wildfires influence the global carbon cycle, and the regularity of wildfires is mostly determined by...
AbstractForest fires are threats for our ecosystems and environment because their impact is very har...
Predicting the amount of land burnt during forest fires is one of the challenging tasks. Forest fire...
AbstractForest fires have environmental impacts that create economic problems as well as ecological ...
Fires have been threatening green forestry all over the world. In Lebanon, green areas declined dram...
Forests can purify water, stabilize soil, cycle nutrients, moderate climate, and store carbon. They ...
Patterns can be extracted from historical data and used to make predictions of future events. Such p...
This research conducts studies of the use of the Sequential Forward Floating Selection (SFFS) Algori...
This research conducts studies of the use of the Sequential Forward Floating Selection (SFFS) Algori...
Forest fires are a major environmental issue, creating economical and ecological damage while endang...
This paper outlines a hybrid approach in data mining to predict the size of forest fire using meteor...
This research conducts studies of the use of the Sequential Forward Floating Selection (SFFS) Algori...
As a result of climate change, climatic catastrophes, such as wildfires, are likely to increase. Wil...
Forest fires are a major environmental issue because they are increasing as a consequence of climate...
As per the latest survey produced by the Forest Survey, the forest cover is 19.27% of the geographic...
Wildfires influence the global carbon cycle, and the regularity of wildfires is mostly determined by...
AbstractForest fires are threats for our ecosystems and environment because their impact is very har...
Predicting the amount of land burnt during forest fires is one of the challenging tasks. Forest fire...
AbstractForest fires have environmental impacts that create economic problems as well as ecological ...
Fires have been threatening green forestry all over the world. In Lebanon, green areas declined dram...
Forests can purify water, stabilize soil, cycle nutrients, moderate climate, and store carbon. They ...