Fig. 4: Detection, Tracking, and Classification of Moving Targets in Sparse Forest. | Communications Engineering

Fig. 4: Detection, Tracking, and Classification of Moving Targets in Sparse Forest.

From: An autonomous drone swarm for detecting and tracking anomalies among dense vegetation

Fig. 4: Detection, Tracking, and Classification of Moving Targets in Sparse Forest.

Under simple conditions (no or little occlusion), the swarm detects and tracks the target that appears most abnormal (a moving vehicle). a A satellite image with the ground-truth path of the vehicle (yellow) and the path of the tracking swarm (swarm’s center of gravity, blue line), individual drone positions of the swarm at time t (small light blue circles), best sampling position at time t (small yellow circle), and drone movement between time steps t − 1 and t (white arrows). b, c Close-ups at various times (drones encircled). d Visual results of RGB and anomaly integrals, blobs detected, and classification results at various waypoints (indicated by circles in a and by matching frame colors in d). This experiment was recorded in Supplementary Movie 2(Experiment I).

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