Cynthia Whitchurch (photographer: Joanne Saad). Inset: Pseudomonas aeruginosa
The patterns achieve these visual effects by exploiting vulnerabilities in Machine Vision System image processing. We can manipulate specific weaknesses using patterns designed to respond to various scales, orientations and positions.
A significant outcome is the ability of the patterns to interfere with the capacity of current consumer-grade drones to detect objects by confusing the tracking systems essential in navigating terrain safely and accurately.
Broader applications
The research offers a range of opportunities for national security applications such as airports and diplomatic missions. Alternatively, high object visibility pattern applications include high-vis clothing and signage to aid humanitarian operations and personnel wayfinding.
Research team
-
-
Associate Professor, School of Electrical and Data Engineering -
Industry Associate Professor, School of Electrical and Data Engineering
Facilities
- Advanced Fabrication Lab
- PI Lab
- UTS Data Arena
