Skip to content

Computer vision and machine learning for wildlife abundance estimation

Study level

Vacation research experience scheme

Faculty/Lead unit

Science and Engineering Faculty

Science and Engineering Faculty

Topic status

We're looking for students to study this topic.

Supervisors

Dr Simon Denman
Position
Senior Lecturer
Division / Faculty
Science and Engineering Faculty
Dr Grant Hamilton
Position
Senior Lecturer in Ecology (Biosecurity)
Division / Faculty
Science and Engineering Faculty

Overview

Wildlife surveys are a key tool used to manage threatened and endangered species. Historically, these have been performed manually, however a growing number of surveys are using drones and automated detection techniques to both reduce the cost and improve the overall accuracy. For this to be effective, the species of interest needs to be reliably detected in the target footage, and needs to be tracked to ensure that each animal is only counted once. QUT has already developed an approach that shows promise for koalas, however more research is needed to both improve performance, and model the characteristics of the errors to improve abundance estimation.

Research activities

The research will build upon an already existing system that uses multiple DCNN models and a simple object tracker to locate instances of a target species in UAV imagery. Main project tasks will include:

  • Train and deploy addition DCNN models for detection of animals in complex environments
  • Benchmark detector performance, and performance when integrated with object tracking
  • Enhance the object tracking to better identify multiple instances of the same animal
  • Annotation of additional data (if needed) to further improve detector performance
  • Investigate how abundance estimation methods can be incorporated within the detection and tracking framework

Outcomes

The research project aims to:

  • Improve the detection performance of the existing system
  • Investigate how local appearance information and flight data can be used to improve re-detection and reduce double counting of animals
  • Investigate if and how abundance estimation methods could be incorporated into the system

Skills and experience

Candidates must have strong programming experience, with prior experience using either python or c++. Prior experience with machine learning/computer vision is desireable, but not required.

Keywords

Contact

Contact the supervisor for more information.