#icann — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #icann, aggregated by home.social.
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Neil Fraser is in deep #mourning because his beloved ".name" domain—older than Facebook and iPhones, he assures us—is going the way of the dodo. 😢 Apparently, #ICANN and #Verisign are conspiring to rob him of his internet dinosaur exhibit, leaving his emails homeless. 🦖📧
https://neil.fraser.name/news/2026/09/03/ #NeilFraser #Domain #Loss #InternetHistory #EmailDinosaur #HackerNews #ngated -
Neil Fraser is in deep #mourning because his beloved ".name" domain—older than Facebook and iPhones, he assures us—is going the way of the dodo. 😢 Apparently, #ICANN and #Verisign are conspiring to rob him of his internet dinosaur exhibit, leaving his emails homeless. 🦖📧
https://neil.fraser.name/news/2026/09/03/ #NeilFraser #Domain #Loss #InternetHistory #EmailDinosaur #HackerNews #ngated -
Neil Fraser is in deep #mourning because his beloved ".name" domain—older than Facebook and iPhones, he assures us—is going the way of the dodo. 😢 Apparently, #ICANN and #Verisign are conspiring to rob him of his internet dinosaur exhibit, leaving his emails homeless. 🦖📧
https://neil.fraser.name/news/2026/09/03/ #NeilFraser #Domain #Loss #InternetHistory #EmailDinosaur #HackerNews #ngated -
Neil Fraser is in deep #mourning because his beloved ".name" domain—older than Facebook and iPhones, he assures us—is going the way of the dodo. 😢 Apparently, #ICANN and #Verisign are conspiring to rob him of his internet dinosaur exhibit, leaving his emails homeless. 🦖📧
https://neil.fraser.name/news/2026/09/03/ #NeilFraser #Domain #Loss #InternetHistory #EmailDinosaur #HackerNews #ngated -
Neil Fraser is in deep #mourning because his beloved ".name" domain—older than Facebook and iPhones, he assures us—is going the way of the dodo. 😢 Apparently, #ICANN and #Verisign are conspiring to rob him of his internet dinosaur exhibit, leaving his emails homeless. 🦖📧
https://neil.fraser.name/news/2026/09/03/ #NeilFraser #Domain #Loss #InternetHistory #EmailDinosaur #HackerNews #ngated -
Eine ernst gemeinte Frage, wie können wir alternativen zur ICANN finden, aufbauen gestalten.
Die ICANN war schon immer unter Kontrolle der US-Administration, hat aber über Jahrzehnte hinweg einen gemeinnützigen und neutralen Ruf genossen. Mit Trump hat sich der politische Einfluss auf die ICANN geändert.
Resiliente Alternativen müssen her, IMO. Irgendwelche Vorschläge? Oder hab ich was falsch verstanden?
ist #OpenNIC hilfreich?
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Eine ernst gemeinte Frage, wie können wir alternativen zur ICANN finden, aufbauen gestalten.
Die ICANN war schon immer unter Kontrolle der US-Administration, hat aber über Jahrzehnte hinweg einen gemeinnützigen und neutralen Ruf genossen. Mit Trump hat sich der politische Einfluss auf die ICANN geändert.
Resiliente Alternativen müssen her, IMO. Irgendwelche Vorschläge? Oder hab ich was falsch verstanden?
ist #OpenNIC hilfreich?
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Eine ernst gemeinte Frage, wie können wir alternativen zur ICANN finden, aufbauen gestalten.
Die ICANN war schon immer unter Kontrolle der US-Administration, hat aber über Jahrzehnte hinweg einen gemeinnützigen und neutralen Ruf genossen. Mit Trump hat sich der politische Einfluss auf die ICANN geändert.
Resiliente Alternativen müssen her, IMO. Irgendwelche Vorschläge? Oder hab ich was falsch verstanden?
ist #OpenNIC hilfreich?
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Studying classical #CNN architectures such as #VGG and #ResNet, we observed that they could be sensitive to simple rotations... and that incorporating a biologically inspired retinotopic mapping could alleviate this and also bring other nice features observed in the human visual system.
Hear Jean-Nicolas Jérémie aka @jnjer present these results today at the 32nd International Conference on Artificial Neural Networks (#ICANN 2023) in Heraklion, Greece.
The figure below shows the accuracy of different CNNs to the task "is there an animal in the image" - with a classical (Linear) or retinotopic (polar) mapping. Note that VGG may answer confidently the wrong answer for images rotated around 160°...
More in https://laurentperrinet.github.io/publication/jeremie-23-icann/
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Studying classical #CNN architectures such as #VGG and #ResNet, we observed that they could be sensitive to simple rotations... and that incorporating a biologically inspired retinotopic mapping could alleviate this and also bring other nice features observed in the human visual system.
Hear Jean-Nicolas Jérémie aka @jnjer present these results today at the 32nd International Conference on Artificial Neural Networks (#ICANN 2023) in Heraklion, Greece.
The figure below shows the accuracy of different CNNs to the task "is there an animal in the image" - with a classical (Linear) or retinotopic (polar) mapping. Note that VGG may answer confidently the wrong answer for images rotated around 160°...
More in https://laurentperrinet.github.io/publication/jeremie-23-icann/
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Studying classical #CNN architectures such as #VGG and #ResNet, we observed that they could be sensitive to simple rotations... and that incorporating a biologically inspired retinotopic mapping could alleviate this and also bring other nice features observed in the human visual system.
Hear Jean-Nicolas Jérémie aka @jnjer present these results today at the 32nd International Conference on Artificial Neural Networks (#ICANN 2023) in Heraklion, Greece.
The figure below shows the accuracy of different CNNs to the task "is there an animal in the image" - with a classical (Linear) or retinotopic (polar) mapping. Note that VGG may answer confidently the wrong answer for images rotated around 160°...
More in https://laurentperrinet.github.io/publication/jeremie-23-icann/
-
Studying classical #CNN architectures such as #VGG and #ResNet, we observed that they could be sensitive to simple rotations... and that incorporating a biologically inspired retinotopic mapping could alleviate this and also bring other nice features observed in the human visual system.
Hear Jean-Nicolas Jérémie aka @jnjer present these results today at the 32nd International Conference on Artificial Neural Networks (#ICANN 2023) in Heraklion, Greece.
The figure below shows the accuracy of different CNNs to the task "is there an animal in the image" - with a classical (Linear) or retinotopic (polar) mapping. Note that VGG may answer confidently the wrong answer for images rotated around 160°...
More in https://laurentperrinet.github.io/publication/jeremie-23-icann/
-
Studying classical #CNN architectures such as #VGG and #ResNet, we observed that they could be sensitive to simple rotations... and that incorporating a biologically inspired retinotopic mapping could alleviate this and also bring other nice features observed in the human visual system.
Hear Jean-Nicolas Jérémie aka @jnjer present these results today at the 32nd International Conference on Artificial Neural Networks (#ICANN 2023) in Heraklion, Greece.
The figure below shows the accuracy of different CNNs to the task "is there an animal in the image" - with a classical (Linear) or retinotopic (polar) mapping. Note that VGG may answer confidently the wrong answer for images rotated around 160°...
More in https://laurentperrinet.github.io/publication/jeremie-23-icann/
