autonomous systems | edge computing | robotics | animal ecology
I build autonomous aerial systems for ecology missions. 🚁🦓
https://jennamk14.github.io/
Key takeaways:
• Plan for the model (altitude/speed/oblique).
• Do inference at the edge to triage events.
• Use video-native models for behavior (not just detection).
• Semi-autonomous flights standardize data & reduce disturbance.
Key takeaways:
• Plan for the model (altitude/speed/oblique).
• Do inference at the edge to triage events.
• Use video-native models for behavior (not just detection).
• Semi-autonomous flights standardize data & reduce disturbance.
Join us! 👉 wildlabs.net/groups/edge-...
Join us! 👉 wildlabs.net/groups/edge-...
Project page 👉 imageomics.github.io/mmla/
Paper 👉 arxiv.org/abs/2504.07744
Project page 👉 imageomics.github.io/mmla/
Paper 👉 arxiv.org/abs/2504.07744
Check out our poster and connect with me at #CV4Animals!
Check out our poster and connect with me at #CV4Animals!
I attended last year and had an incredible experience! Learned a ton about drone hardware & computer vision, got hands-on flight experience, and worked with an amazing team!
I attended last year and had an incredible experience! Learned a ton about drone hardware & computer vision, got hands-on flight experience, and worked with an amazing team!