Adam Hines retweeted
Scientists have developed an energy-efficient, #brain-inspired #localization system that enables small robots to perform visual place recognition while traveling over 8 kilometers. @QUT
Read more in Science #Robotics: scim.ag/4l3X02C
Adam Hines retweeted
A new Science #Robotics study describes LENS, a #neuromorphic #localization system that enables small robots to perform visual place recognition in real-time while using less than 8% of the energy required by other systems. @AdamDHines
scim.ag/4l3X02C
Out now in @SciRobotics, we developed an ultra-compact and energy-efficient robotic localization system.
Maps up to 8km using just 180kb using mW of power using fully event-driven vision and neuromorphic proccesors.
science.org/doi/10.1126/scir…
Our system, Locational Encoding with Neuromorphic Systems (LENS), is fully open-source and documented for your next event-based place recognition implementation
Code - github.com/AdamDHines/LENS
Documentation - lens-vpr.readthedocs.io/en/l…
Job update, this September I’ll be joining @Macquarie_Uni as a Postdoctoral Research Fellow in Computational modelling & Biorobotics with Prof. Andrew Barron 👉 linkedin.com/posts/adamdhine…
#bees 🐝 #hoverfly 🪰 #robots 🤖 @puh23 @TobiasRobotics @maththrills @QUTRobotics
Our JNeuro paper is out now in full and was featured by @SfNJournals as one of the most discussed articles for the entire month of May. Great to see so much discussion and interest in our work understanding how general anaesthetics work 🔬🧠
Full paper 📄 doi.org/10.1523/JNEUROSCI.05…
Playing around with our Hexapod robot and getting ready for some upcoming experiments!
Definitely turns heads around the @QUT Gardens Point campus as she scuttles about 🤖
A (nearly) whopping 80k people read my article in the @ConversationEDU - with a few media follow-up requests to boot. Great to see the interest in what we found with general anesthesia
If you haven't seen it yet, check out our paper here tinyurl.com/5n7e3djr
I had the opportunity to write for the conversation about our latest paper, check it out 👇🏻
theconversation.com/after-18…
Last paper from my PhD is out now as an early release. In it, we explore a mechanism of general anesthesia that affects only excitatory neurons using Drosophila brains. Combines super resolution, pHluorin, and calcium imaging to discover this phenomenon
jneurosci.org/content/early/…












