The objective is to develop a robust forest fire prevention system utilizing Decision Tree algorithms to enhance predictive capabilities, aiding in early detection and proactive measures to mitigate fire risks.
Forest fire prediction involves using various methods to assess the likelihood and severity of fires in forests. Factors like weather conditions, high temperatures, and human activities contribute to these fires. Approaches such as statistical analysis, machine learning, and remote sensing gather data on weather, humidity, and terrain to predict fire risk. These models provide early warnings to alert authorities and residents about potential fire hazards and identify high-risk areas. This enables preventive measures like fire bans or evacuation orders to reduce fire impact. Forest fire prediction helps significantly in preventing and minimizing fire damage by offering timely information for proactive measures. Forest fire prediction system using meteorological parameters like location, temperature, employing the Random Forest regression algorithm, which helps to enhance prediction accuracy and contribute to reducing future fire impacts.
Keywords: Decision Tree Regresor , Ann-Gbm , Extra Tree Regressor, Machine learning techniques.
NOTE: Without the concern of our team, please don't submit to the college. This Abstract varies based on student requirements.

H/W SPECIFICATIONS:
Processor :I5/Intel Processor
RAM :8GB (min)
Hard Disk :128 GB
Key Board :Standard Windows Keyboard
Mouse :Two or Three Button Mouse
Monitor :Any
S/W SPECIFICATIONS:
Operating System : Windows 10
Serverside Script : Python 3.6
IDE : Jupyter Notebook
Libraries Used : Pandas, NumPy, ScikitLearn