Intelligent Animal Detection for Smart Agricultural Management Using AI-Based Solutions

Project Code :TCMAPY1522

Objective

The objective of the "Wild Animals Detection Using YOLO Model" project is to develop an efficient and reliable computer vision system for the real-time detection and classification of wild animals in various environments. By leveraging the power of the YOLO (You Only Look Once) model, the project aims to achieve high-speed and high-accuracy detection of multiple animal species in images and videos.

Abstract

The project titled "Wild Animals Detection Using YOLO Model" focuses on the development of a robust computer vision system to identify and classify wild animals in real-time. The system leverages the advanced object detection capabilities of the YOLO (You Only Look Once) model to enhance accuracy and efficiency. This project is designed to address challenges in wildlife monitoring, conservation efforts, and human-wildlife conflict mitigation. The YOLO model processes images and videos, detecting multiple animal species simultaneously with high speed and precision. Using a pre-trained YOLO model, the system is fine-tuned on a dataset of diverse wild animal images to ensure its adaptability to various environments and lighting conditions. The solution emphasizes scalability, enabling integration with drones and surveillance systems for real-world applications.The system's ability to detect and localize animals in real-time aids wildlife researchers, park rangers, and authorities in tracking animal movement, preventing poaching, and responding to potential threats. By automating the detection process, this project minimizes human intervention and errors, promoting safety and conservation. In conclusion, this innovative application of YOLO technology serves as a significant step towards using AI in wildlife monitoring and ecosystem protection, ensuring sustainable coexistence between humans and nature. 

    Keywords: Wild Animals Detection, YOLO Model, Real-time Detection, Computer Vision, Object Detection.    

NOTE: Without the concern of our team, please don't submit to the college. This Abstract varies based on student requirements.

Block Diagram

Specifications

  H/W Specifications: 

  ·         Processor                                 :  I5/Intel Processor

·         RAM                                       :  8GB (min)

·         Hard Disk                               :  128 GB 

  S/W Specifications: 

  •      Operating System             :   Windows 10 

  •      Server-side Script             :   Python 3.6 

  •      IDE                                   :   PyCharm, Jupyter notebook 

  •      Libraries Used                  :   Numpy, IO, OS, Flask, Keras, pandas, tensorflow

Demo Video