The primary objective of this project is to predict passenger inflow and outflow during mass events using a Deep Adaptive Feature Fusion approach. This system is designed to forecast the number of attendees expected at an event and the flow of passengers in and out of the venue. It leverages machine learning algorithms such as Random Forest, Linear Regression, Stacking Regressor, and XGBoost Regression to analyze historical event data, including time, location, and event type
This project aims to forecast passenger flow for mass events using a Deep Adaptive Feature Fusion approach. By leveraging multiple machine learning algorithms, including Random Forest, Linear Regression, Stacking Regressor, and XGBoost Regression, the system is trained to predict both inflow and outflow of passengers. The model will be trained using historical event data, considering various influencing factors such as time, location, and event type. Based on this input data, the system will predict the number of people likely to attend the event and the estimated outflow, assisting in better crowd management and planning for large-scale events.
Keywords
Mass Events, Passenger Flow, Inflow Prediction, Outflow Prediction, Random Forest, Linear Regression, Stacking Regressor, XGBoost Regression, Event Management, Predictive Modeling.
NOTE: Without the concern of our team, please don't submit to the college. This Abstract varies based on student requirements.

Hardware Requirements:
u Processor - I3/Intel Processor
u Hard Disk -160 GB
u RAM - 8 GB
Software Requirements:
u Operating System : Windows 7/8/10 .
u Server side Script : HTML, CSS & JS.
u IDE : Pycharm.
u Libraries Used : Numpy, IO, OS, Django, keras.
u Technology : Python 3.6+.