Further work involved testing a binocular AR headset, as well as a VR headset. Instead, the students created an augmented reality (AR) monocular to allow the user to trim hedges at the same time as keeping an eye on the thermal camera feed. However, staring at a thermal camera readout every few seconds while trimming hedges isn’t exactly practical. The idea was sourced from large-scale agricultural operations, which regularly use thermal cameras mounted on drones to look for wildlife before harvesting a field. It can help to avoid destroying nests or otherwise harming birds when trimming back hedges. Many species blend in with their surroundings in a visual manner, so thermal imaging is a great way to get around this. The concept is simple – using thermal vision to spot birds inside a hedge when they may not otherwise be easily visible. Birds can easily blend in with their surroundings, but thermal cameras are a great way to spot them. Thus, and fellow students were inspired to create Hedge Watcher. In some areas, a lot of hedge trimming goes during the time that local birds are raising their fledglings, which causes harm at a crucial time. They’re also a major habitat for many species of insects, birds, and other wildlife. Hedges aren’t just a pretty garden decoration.
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