Really happy to see it coming to light. It turns out theta entrains deepMEC neurons to CA1 cell assemblies while navigating for later synchronization during rest replay. How cool is that?
Hats off to @FOlafsdottir & @caswellcaswell, learned an insane amount during the making.
What determines body boundaries? Do they exist?
By manipulating #perception in a #VR study, we found that #embodiment depends not only on sensorimotor contingencies but also on the congruency of the surrounding environment
👉 https://t.co/UVSy3l3kvl
@SPECS_lab@IBECBarcelona
Our new preprint is out! We show that within human frontal cortical networks, theta oscillations could encode a control signal that promotes the execution of deliberate actions. A collaboration between @SPECS_lab@IBECBarcelona @imimat and @cbcUPF https://t.co/7c9h8n8WaM
Next week we organize the SMILES workshop (Sensorimotor Interaction, Language and Embodiment of Symbols) as a satellite of @ICDL_EpiRob. Fully virtual, 6 keynote speakers and a number of paper presentations. Checkout the program and register for free at https://t.co/33HihKmxml
One upshot is that there are no value areas per se in the brain because wherever there is value there is also a confidence signal that combines to provide a post decision evaluation of the choice option.
Some resources that I’ve found really helpful to understand machine learning in production.
1. Engineering starts with infrastructure. @vtuulos gave a great overview of the relationship between data science and infrastructure at Netflix
https://t.co/BrVrrG5HC0
From a machine learning perspective, there is something quite odd about the cerebellum: the error information about the activities of the output layer neurons are sent strongly to the middle layer neurons (Purkinje cells), but not to the output layer neurons.
Why?
My first blog post was released 🥳
I have aggregated ~20 notable recent ML papers, esp. from ICLR 2021, with summaries, visualizations and my comments!
The development in each field is summarized, and the future trends are speculated.
https://t.co/E8mGrGHoIB
Op-ed: Too much research applying machine learning to real-world problems is marginalized in the AI community. This is preventing AI from living up to its promise of solving the world's biggest problems.
https://t.co/4uHRzHQZwX
Does #significance coincide with successful #prediction in #biomedicine? Our latest paper:
https://t.co/6m95ORldB9
combining massive empirical data simulations and real-world clinical datasets. Joint work with @dngman @BertrandThirion
Thread:👇🏽👇🏿👇 -viz powered by @matplotlib
🎉 Papers with Code partners with arXiv! Code links are now shown on arXiv articles, and authors can submit code through arXiv. Read more: https://t.co/kO6zhWAWGH
[1/3] Very excited to announce our @NeurIPSConf workshop Beyond Backpropagation - Novel Ideas for Training Neural Architectures!
Website & call for papers: https://t.co/J0hQgXKaHX
(by 9th Oct)
Submit your short papers and join for great discussions on alternatives to backprop!
Our new work on deep structural causal models combines VI + NFs to tractably generate convincing counterfactuals on high-dimensional data, e.g. brain images, fulfilling all 3 levels of @yudapearl's causation ladder:
https://t.co/vKcMzwwj7C