#neuralnet — Public Fediverse posts

Ah, the digital equivalent of watching paint dry... but with more jargon and less satisfaction! 🎨🤖 Behold, the majestic neural net, valiantly failing to entertain as it "learns" to slither on a grid, proving once and for all that even #AI can have an existential crisis. 🐍💻
https://ppo.gradexp.xyz/ #Failures #NeuralNet #ExistentialCrisis #TechHumor #DigitalArt #HackerNews #ngated

Ah, the digital equivalent of watching paint dry... but with more jargon and less satisfaction! 🎨🤖 Behold, the majestic neural net, valiantly failing to entertain as it "learns" to slither on a grid, proving once and for all that even #AI can have an existential crisis. 🐍💻
https://ppo.gradexp.xyz/ #Failures #NeuralNet #ExistentialCrisis #TechHumor #DigitalArt #HackerNews #ngated

Ah, the digital equivalent of watching paint dry... but with more jargon and less satisfaction! 🎨🤖 Behold, the majestic neural net, valiantly failing to entertain as it "learns" to slither on a grid, proving once and for all that even #AI can have an existential crisis. 🐍💻
https://ppo.gradexp.xyz/ #Failures #NeuralNet #ExistentialCrisis #TechHumor #DigitalArt #HackerNews #ngated

Ah, the digital equivalent of watching paint dry... but with more jargon and less satisfaction! 🎨🤖 Behold, the majestic neural net, valiantly failing to entertain as it "learns" to slither on a grid, proving once and for all that even #AI can have an existential crisis. 🐍💻
https://ppo.gradexp.xyz/ #Failures #NeuralNet #ExistentialCrisis #TechHumor #DigitalArt #HackerNews #ngated

Ah, the digital equivalent of watching paint dry... but with more jargon and less satisfaction! 🎨🤖 Behold, the majestic neural net, valiantly failing to entertain as it "learns" to slither on a grid, proving once and for all that even #AI can have an existential crisis. 🐍💻
https://ppo.gradexp.xyz/ #Failures #NeuralNet #ExistentialCrisis #TechHumor #DigitalArt #HackerNews #ngated

Watch a neural net learn to play Snake

https://ppo.gradexp.xyz/

#HackerNews #neuralnet #AI #Snake #gameplay #machinelearning #reinforcementlearning

Watch a neural net learn to play Snake

https://ppo.gradexp.xyz/

#HackerNews #neuralnet #AI #Snake #gameplay #machinelearning #reinforcementlearning

Watch a neural net learn to play Snake

https://ppo.gradexp.xyz/

#HackerNews #neuralnet #AI #Snake #gameplay #machinelearning #reinforcementlearning

Watch a neural net learn to play Snake

https://ppo.gradexp.xyz/

#HackerNews #neuralnet #AI #Snake #gameplay #machinelearning #reinforcementlearning

Watch a neural net learn to play Snake

https://ppo.gradexp.xyz/

#HackerNews #neuralnet #AI #Snake #gameplay #machinelearning #reinforcementlearning

Geting 6DOF with older 3DOF XR glasses

Breezy can now turn a 3DOF (degree of freedom) device into a 6DOF device by augmenting the missing positional data from a webcam. Spoiler! It is not the cam strapped to my face – this is just for the demo you can watch here, on PeerTube or YouTube.

The cam, that I used for this task, is sitting on my monitor. How this works? Well not with magic! This requires a somewhat decent webcam – really anything from the last decade should suffice – and OpenTrack, of course.

OpenTrack is a head-tracking application with multiple tracker plugins. One of it’s plugins is the Neuralnet Tracker, an AI powered extension that comes with a bunch of different head pose models to choose from. With a webcam connected this can now locally run the detection model with very low latency – so it’s usually blazing fast on most systems!

This alone is already 6DOF and is used a lot for gaming already – so what does Breezy do with this? Simple! It reads the forwarded data via an UDP listener, a very quick way to transmit data on a local network or system [and complements it’s own rotational data with the missing positional data].

With this a Breezy user still gets the rotational data from the XR’s very sensitive IMU, that is short for Inertial Measurement Unit btw, and the not so important positional data sent from OpenTrack.

This works of course only while the webcam can still see the user. So sadly no walking around while using this.

And the best thing? It can also send the data back! This means that the very same combined values can be forwarded – e.g. to a computer game – benefiting from the best available data sources for rotation and position.

That’s not the main use case, of course, and only of importance for some nerds like myself. This is mostly relevant for the productivity features of Breezy, because sometimes a text may be too small to read with the glasses on. We do no longer have to increase the font size – we can now simply lean in! That is a feature that is usually only available with glasses, that come with little cameras of their own, so they can have native 6DOF support. And when I say native I mean that such glasses usually also outsource exactly this calculation to the connected computer. It’s my understanding that this seems to require a lot of computation power, which is something many XR users with the more modern devices complain about.

Well not so much with OpenTrack and the Neuralnet tracker, that utilizes the ONNX runtime under the hood. That’s a high-performance, cross-platform engine to power exactly such models locally. The runtime automatically makes use of the best available hardware acceleration, if there is any.

Overall I’m rather hyped about this feature – especially because I’m using the OpenTrack output option of Breezy for quite some time now, to get a VR like experience with stereoscopic 3D rendering in Side-By-Side mode. I can now keep using my older XR glasses and still enjoy this more modern 6DOF feature. This is rather expensive hardware after all.

And all that on Linux PC!

Breezy xr_driver: https://github.com/wheaney/breezy-desktop by https://www.youtube.com/@WayneHeaney

Official Announcement XR desktop with 6DoF + multiple displays: https://www.youtube.com/watch?v=eFLmjpjF-rA

Music “Life’s Worth Dying For” CC BY-SA 3.0 “LostDrone”. Licensed to the public under https://creativecommons.org/licenses/by-sa/3.0/ Verify at https://soundcloud.com/lostdrone/rock-lostdrone-lifes-worth-dying-for-free-download-and-creative-commons-license

This content is licensed under a Creative Commons Attribution 4.0 International license.

https://beko.famkos.net/2026/02/06/geting-6dof-with-older-3dof-xr-glasses/

#3DOF #6DoF #AR #Breezy #gaming #Neuralnet #opentrack #Viture #ViturePro #VR #XR

Geting 6DOF with older 3DOF XR glasses

Breezy can now turn a 3DOF (degree of freedom) device into a 6DOF device by augmenting the missing positional data from a webcam. Spoiler! It is not the cam strapped to my face – this is just for the demo you can watch here, on PeerTube or YouTube.

The cam, that I used for this task, is sitting on my monitor. How this works? Well not with magic! This requires a somewhat decent webcam – really anything from the last decade should suffice – and OpenTrack, of course.

OpenTrack is a head-tracking application with multiple tracker plugins. One of it’s plugins is the Neuralnet Tracker, an AI powered extension that comes with a bunch of different head pose models to choose from. With a webcam connected this can now locally run the detection model with very low latency – so it’s usually blazing fast on most systems!

This alone is already 6DOF and is used a lot for gaming already – so what does Breezy do with this? Simple! It reads the forwarded data via an UDP listener, a very quick way to transmit data on a local network or system [and complements it’s own rotational data with the missing positional data].

With this a Breezy user still gets the rotational data from the XR’s very sensitive IMU, that is short for Inertial Measurement Unit btw, and the not so important positional data sent from OpenTrack.

This works of course only while the webcam can still see the user. So sadly no walking around while using this.

And the best thing? It can also send the data back! This means that the very same combined values can be forwarded – e.g. to a computer game – benefiting from the best available data sources for rotation and position.

That’s not the main use case, of course, and only of importance for some nerds like myself. This is mostly relevant for the productivity features of Breezy, because sometimes a text may be too small to read with the glasses on. We do no longer have to increase the font size – we can now simply lean in! That is a feature that is usually only available with glasses, that come with little cameras of their own, so they can have native 6DOF support. And when I say native I mean that such glasses usually also outsource exactly this calculation to the connected computer. It’s my understanding that this seems to require a lot of computation power, which is something many XR users with the more modern devices complain about.

Well not so much with OpenTrack and the Neuralnet tracker, that utilizes the ONNX runtime under the hood. That’s a high-performance, cross-platform engine to power exactly such models locally. The runtime automatically makes use of the best available hardware acceleration, if there is any.

Overall I’m rather hyped about this feature – especially because I’m using the OpenTrack output option of Breezy for quite some time now, to get a VR like experience with stereoscopic 3D rendering in Side-By-Side mode. I can now keep using my older XR glasses and still enjoy this more modern 6DOF feature. This is rather expensive hardware after all.

And all that on Linux PC!

Breezy xr_driver: https://github.com/wheaney/breezy-desktop by https://www.youtube.com/@WayneHeaney

Official Announcement XR desktop with 6DoF + multiple displays: https://www.youtube.com/watch?v=eFLmjpjF-rA

Music “Life’s Worth Dying For” CC BY-SA 3.0 “LostDrone”. Licensed to the public under https://creativecommons.org/licenses/by-sa/3.0/ Verify at https://soundcloud.com/lostdrone/rock-lostdrone-lifes-worth-dying-for-free-download-and-creative-commons-license

This content is licensed under a Creative Commons Attribution 4.0 International license.

https://beko.famkos.net/2026/02/06/geting-6dof-with-older-3dof-xr-glasses/

#3DOF #6DoF #AR #Breezy #gaming #Neuralnet #opentrack #Viture #ViturePro #VR #XR

Geting 6DOF with older 3DOF XR glasses

Breezy can now turn a 3DOF (degree of freedom) device into a 6DOF device by augmenting the missing positional data from a webcam. Spoiler! It is not the cam strapped to my face – this is just for the demo you can watch here, on PeerTube or YouTube.

The cam, that I used for this task, is sitting on my monitor. How this works? Well not with magic! This requires a somewhat decent webcam – really anything from the last decade should suffice – and OpenTrack, of course.

OpenTrack is a head-tracking application with multiple tracker plugins. One of it’s plugins is the Neuralnet Tracker, an AI powered extension that comes with a bunch of different head pose models to choose from. With a webcam connected this can now locally run the detection model with very low latency – so it’s usually blazing fast on most systems!

This alone is already 6DOF and is used a lot for gaming already – so what does Breezy do with this? Simple! It reads the forwarded data via an UDP listener, a very quick way to transmit data on a local network or system [and complements it’s own rotational data with the missing positional data].

With this a Breezy user still gets the rotational data from the XR’s very sensitive IMU, that is short for Inertial Measurement Unit btw, and the not so important positional data sent from OpenTrack.

This works of course only while the webcam can still see the user. So sadly no walking around while using this.

And the best thing? It can also send the data back! This means that the very same combined values can be forwarded – e.g. to a computer game – benefiting from the best available data sources for rotation and position.

That’s not the main use case, of course, and only of importance for some nerds like myself. This is mostly relevant for the productivity features of Breezy, because sometimes a text may be too small to read with the glasses on. We do no longer have to increase the font size – we can now simply lean in! That is a feature that is usually only available with glasses, that come with little cameras of their own, so they can have native 6DOF support. And when I say native I mean that such glasses usually also outsource exactly this calculation to the connected computer. It’s my understanding that this seems to require a lot of computation power, which is something many XR users with the more modern devices complain about.

Well not so much with OpenTrack and the Neuralnet tracker, that utilizes the ONNX runtime under the hood. That’s a high-performance, cross-platform engine to power exactly such models locally. The runtime automatically makes use of the best available hardware acceleration, if there is any.

Overall I’m rather hyped about this feature – especially because I’m using the OpenTrack output option of Breezy for quite some time now, to get a VR like experience with stereoscopic 3D rendering in Side-By-Side mode. I can now keep using my older XR glasses and still enjoy this more modern 6DOF feature. This is rather expensive hardware after all.

And all that on Linux PC!

Breezy xr_driver: https://github.com/wheaney/breezy-desktop by https://www.youtube.com/@WayneHeaney

Official Announcement XR desktop with 6DoF + multiple displays: https://www.youtube.com/watch?v=eFLmjpjF-rA

Music “Life’s Worth Dying For” CC BY-SA 3.0 “LostDrone”. Licensed to the public under https://creativecommons.org/licenses/by-sa/3.0/ Verify at https://soundcloud.com/lostdrone/rock-lostdrone-lifes-worth-dying-for-free-download-and-creative-commons-license

This content is licensed under a Creative Commons Attribution 4.0 International license.

https://beko.famkos.net/2026/02/06/geting-6dof-with-older-3dof-xr-glasses/

#3DOF #6DoF #AR #Breezy #gaming #Neuralnet #opentrack #Viture #ViturePro #VR #XR

Geting 6DOF with older 3DOF XR glasses

Breezy can now turn a 3DOF (degree of freedom) device into a 6DOF device by augmenting the missing positional data from a webcam. Spoiler! It is not the cam strapped to my face – this is just for the demo you can watch here, on PeerTube or YouTube.

The cam, that I used for this task, is sitting on my monitor. How this works? Well not with magic! This requires a somewhat decent webcam – really anything from the last decade should suffice – and OpenTrack, of course.

OpenTrack is a head-tracking application with multiple tracker plugins. One of it’s plugins is the Neuralnet Tracker, an AI powered extension that comes with a bunch of different head pose models to choose from. With a webcam connected this can now locally run the detection model with very low latency – so it’s usually blazing fast on most systems!

This alone is already 6DOF and is used a lot for gaming already – so what does Breezy do with this? Simple! It reads the forwarded data via an UDP listener, a very quick way to transmit data on a local network or system [and complements it’s own rotational data with the missing positional data].

With this a Breezy user still gets the rotational data from the XR’s very sensitive IMU, that is short for Inertial Measurement Unit btw, and the not so important positional data sent from OpenTrack.

This works of course only while the webcam can still see the user. So sadly no walking around while using this.

And the best thing? It can also send the data back! This means that the very same combined values can be forwarded – e.g. to a computer game – benefiting from the best available data sources for rotation and position.

That’s not the main use case, of course, and only of importance for some nerds like myself. This is mostly relevant for the productivity features of Breezy, because sometimes a text may be too small to read with the glasses on. We do no longer have to increase the font size – we can now simply lean in! That is a feature that is usually only available with glasses, that come with little cameras of their own, so they can have native 6DOF support. And when I say native I mean that such glasses usually also outsource exactly this calculation to the connected computer. It’s my understanding that this seems to require a lot of computation power, which is something many XR users with the more modern devices complain about.

Well not so much with OpenTrack and the Neuralnet tracker, that utilizes the ONNX runtime under the hood. That’s a high-performance, cross-platform engine to power exactly such models locally. The runtime automatically makes use of the best available hardware acceleration, if there is any.

Overall I’m rather hyped about this feature – especially because I’m using the OpenTrack output option of Breezy for quite some time now, to get a VR like experience with stereoscopic 3D rendering in Side-By-Side mode. I can now keep using my older XR glasses and still enjoy this more modern 6DOF feature. This is rather expensive hardware after all.

And all that on Linux PC!

Breezy xr_driver: https://github.com/wheaney/breezy-desktop by https://www.youtube.com/@WayneHeaney

Official Announcement XR desktop with 6DoF + multiple displays: https://www.youtube.com/watch?v=eFLmjpjF-rA

Music “Life’s Worth Dying For” CC BY-SA 3.0 “LostDrone”. Licensed to the public under https://creativecommons.org/licenses/by-sa/3.0/ Verify at https://soundcloud.com/lostdrone/rock-lostdrone-lifes-worth-dying-for-free-download-and-creative-commons-license

This content is licensed under a Creative Commons Attribution 4.0 International license.

https://beko.famkos.net/2026/02/06/geting-6dof-with-older-3dof-xr-glasses/

#3DOF #6DoF #AR #Breezy #gaming #Neuralnet #opentrack #Viture #ViturePro #VR #XR

Geting 6DOF with older 3DOF XR glasses

Breezy can now turn a 3DOF (degree of freedom) device into a 6DOF device by augmenting the missing positional data from a webcam. Spoiler! It is not the cam strapped to my face – this is just for the demo you can watch here, on PeerTube or YouTube.

The cam, that I used for this task, is sitting on my monitor. How this works? Well not with magic! This requires a somewhat decent webcam – really anything from the last decade should suffice – and OpenTrack, of course.

OpenTrack is a head-tracking application with multiple tracker plugins. One of it’s plugins is the Neuralnet Tracker, an AI powered extension that comes with a bunch of different head pose models to choose from. With a webcam connected this can now locally run the detection model with very low latency – so it’s usually blazing fast on most systems!

This alone is already 6DOF and is used a lot for gaming already – so what does Breezy do with this? Simple! It reads the forwarded data via an UDP listener, a very quick way to transmit data on a local network or system [and complements it’s own rotational data with the missing positional data].

With this a Breezy user still gets the rotational data from the XR’s very sensitive IMU, that is short for Inertial Measurement Unit btw, and the not so important positional data sent from OpenTrack.

This works of course only while the webcam can still see the user. So sadly no walking around while using this.

And the best thing? It can also send the data back! This means that the very same combined values can be forwarded – e.g. to a computer game – benefiting from the best available data sources for rotation and position.

That’s not the main use case, of course, and only of importance for some nerds like myself. This is mostly relevant for the productivity features of Breezy, because sometimes a text may be too small to read with the glasses on. We do no longer have to increase the font size – we can now simply lean in! That is a feature that is usually only available with glasses, that come with little cameras of their own, so they can have native 6DOF support. And when I say native I mean that such glasses usually also outsource exactly this calculation to the connected computer. It’s my understanding that this seems to require a lot of computation power, which is something many XR users with the more modern devices complain about.

Well not so much with OpenTrack and the Neuralnet tracker, that utilizes the ONNX runtime under the hood. That’s a high-performance, cross-platform engine to power exactly such models locally. The runtime automatically makes use of the best available hardware acceleration, if there is any.

Overall I’m rather hyped about this feature – especially because I’m using the OpenTrack output option of Breezy for quite some time now, to get a VR like experience with stereoscopic 3D rendering in Side-By-Side mode. I can now keep using my older XR glasses and still enjoy this more modern 6DOF feature. This is rather expensive hardware after all.

And all that on Linux PC!

Breezy xr_driver: https://github.com/wheaney/breezy-desktop by https://www.youtube.com/@WayneHeaney

Official Announcement XR desktop with 6DoF + multiple displays: https://www.youtube.com/watch?v=eFLmjpjF-rA

Music “Life’s Worth Dying For” CC BY-SA 3.0 “LostDrone”. Licensed to the public under https://creativecommons.org/licenses/by-sa/3.0/ Verify at https://soundcloud.com/lostdrone/rock-lostdrone-lifes-worth-dying-for-free-download-and-creative-commons-license

This content is licensed under a Creative Commons Attribution 4.0 International license.

https://beko.famkos.net/2026/02/06/geting-6dof-with-older-3dof-xr-glasses/

#3DOF #6DoF #AR #Breezy #gaming #Neuralnet #opentrack #Viture #ViturePro #VR #XR

NeuralNet – trợ lý giao tiếp thông minh: chat tự nhiên, dịch đa ngôn ngữ, tìm kiếm internet tự động, chạy offline trên PC hoặc di động (API Engrok). Hoạt động local trong LM Studio, bảo mật cao, liên tục học từ người dùng. Khởi động ngay để trải nghiệm AI đa năng! #AI #NeuralNet #TrợLýAI #DịchNgônNgữ #CôngNghệ #Tech #Vietnam

https://i.redd.it/rgjsh4820leg1.png

NeuralNet – trợ lý giao tiếp thông minh: chat tự nhiên, dịch đa ngôn ngữ, tìm kiếm internet tự động, chạy offline trên PC hoặc di động (API Engrok). Hoạt động local trong LM Studio, bảo mật cao, liên tục học từ người dùng. Khởi động ngay để trải nghiệm AI đa năng! #AI #NeuralNet #TrợLýAI #DịchNgônNgữ #CôngNghệ #Tech #Vietnam

https://i.redd.it/43lapgdkykeg1.png

Un progetto che sviluppai negli anni '90, quando nessuno parlava di IA.

Nella simulazione una Rete Neurale Artificiale apprende le regole della tabella di payoff del Dilemma del Prigioniero Iterato (IPD) battendo tutti gli altri agenti artificiali, compreso il famoso "Tit-for-Tat" del politologo Robert Axelrod, il primo a lanciare tornei di gioco al IPD dove chiunque poteva caricare agenti non adattivi con strategie di gioco specifiche.

#GameTherory #ai #NeuralNet

---[music: Jimi Hendrix]

Un progetto che sviluppai negli anni '90, quando nessuno parlava di IA.

Nella simulazione una Rete Neurale Artificiale apprende le regole della tabella di payoff del Dilemma del Prigioniero Iterato (IPD) battendo tutti gli altri agenti artificiali, compreso il famoso "Tit-for-Tat" del politologo Robert Axelrod, il primo a lanciare tornei di gioco al IPD dove chiunque poteva caricare agenti non adattivi con strategie di gioco specifiche.

#GameTherory #ai #NeuralNet

---[music: Jimi Hendrix]

Un progetto che sviluppai negli anni '90, quando nessuno parlava di IA.

Nella simulazione una Rete Neurale Artificiale apprende le regole della tabella di payoff del Dilemma del Prigioniero Iterato (IPD) battendo tutti gli altri agenti artificiali, compreso il famoso "Tit-for-Tat" del politologo Robert Axelrod, il primo a lanciare tornei di gioco al IPD dove chiunque poteva caricare agenti non adattivi con strategie di gioco specifiche.

#GameTherory #ai #NeuralNet

---[music: Jimi Hendrix]

Un progetto che sviluppai negli anni '90, quando nessuno parlava di IA.

Nella simulazione una Rete Neurale Artificiale apprende le regole della tabella di payoff del Dilemma del Prigioniero Iterato (IPD) battendo tutti gli altri agenti artificiali, compreso il famoso "Tit-for-Tat" del politologo Robert Axelrod, il primo a lanciare tornei di gioco al IPD dove chiunque poteva caricare agenti non adattivi con strategie di gioco specifiche.

#GameTherory #ai #NeuralNet

---[music: Jimi Hendrix]

Un progetto che sviluppai negli anni '90, quando nessuno parlava di IA.

Nella simulazione una Rete Neurale Artificiale apprende le regole della tabella di payoff del Dilemma del Prigioniero Iterato (IPD) battendo tutti gli altri agenti artificiali, compreso il famoso "Tit-for-Tat" del politologo Robert Axelrod, il primo a lanciare tornei di gioco al IPD dove chiunque poteva caricare agenti non adattivi con strategie di gioco specifiche.

#GameTherory #ai #NeuralNet

---[music: Jimi Hendrix]

Dự án LLaMA 3.2 3B phát triển công cụ phân tích mới giúp quan sát các lớp transformer và token mức độ chi tiết, hỗ trợ điều chỉnh kích hoạt kết nối theo thời gian thực. Tính năng đáng chú ý: nhãn chiều nổi bật khi hoạt động mạnh, giao diện điều hướng token linh hoạt. Cơ hội học hỏi đáng ngạc nhiên từ người không phải phát triển Godot.
#AI #MachineLearning #LLaMA32 #FMRI #PhânTíchToken #NeuralNet

https://www.reddit.com/r/LocalLLaMA/comments/1pnhi27/llama_32_3b_fmri/

This #NeuralNet2025 conference seems interesting:
https://neuralnet2025.sciencesconf.org/resource/page/id/1

where: Bordeaux Neurocampus (France)
when: Wednesday 26 noon to Friday 28 noon
preceded by: minischool on spike sorting (Tuesday 25 - Wed.26).

#NeuralNet #NeuroConf #Neuroscience #SpikeSorting

This #NeuralNet2025 conference seems interesting:
https://neuralnet2025.sciencesconf.org/resource/page/id/1

where: Bordeaux Neurocampus (France)
when: Wednesday 26 noon to Friday 28 noon
preceded by: minischool on spike sorting (Tuesday 25 - Wed.26).

#NeuralNet #NeuroConf #Neuroscience #SpikeSorting

This #NeuralNet2025 conference seems interesting:
https://neuralnet2025.sciencesconf.org/resource/page/id/1

where: Bordeaux Neurocampus (France)
when: Wednesday 26 noon to Friday 28 noon
preceded by: minischool on spike sorting (Tuesday 25 - Wed.26).

#NeuralNet #NeuroConf #Neuroscience #SpikeSorting

This #NeuralNet2025 conference seems interesting:
https://neuralnet2025.sciencesconf.org/resource/page/id/1

where: Bordeaux Neurocampus (France)
when: Wednesday 26 noon to Friday 28 noon
preceded by: minischool on spike sorting (Tuesday 25 - Wed.26).

#NeuralNet #NeuroConf #Neuroscience #SpikeSorting

This #NeuralNet2025 conference seems interesting:
https://neuralnet2025.sciencesconf.org/resource/page/id/1

where: Bordeaux Neurocampus (France)
when: Wednesday 26 noon to Friday 28 noon
preceded by: minischool on spike sorting (Tuesday 25 - Wed.26).

#NeuralNet #NeuroConf #Neuroscience #SpikeSorting

Artificial Intelligence Is Unlocking the Secrets of Black Holes. A neural network trained with simulations of supermassive black holes has found that the one at the center of the Milky Way, Sagittarius A*, likely rotates at maximum speed.
https://zurl.co/azgAS
#ai #blackhole #neuralnet

Artificial Intelligence Is Unlocking the Secrets of Black Holes. A neural network trained with simulations of supermassive black holes has found that the one at the center of the Milky Way, Sagittarius A*, likely rotates at maximum speed.
https://zurl.co/azgAS
#ai #blackhole #neuralnet

🤯OMG, someone actually thinks converting a neural net to C is the key to unlocking the secrets of the universe—who knew swapping activation functions for logic gates would be the 🚀 to a 1,744× speedup? Clearly, this coder spent 25 minutes bragging about reinventing the wheel—next up, they'll try to prove water is wet! 💧🔧
https://slightknack.dev/blog/difflogic/ #neuralnet #Cconversion #speedup #techinnovation #codinghumor #unlocksecrets #HackerNews #ngated

🤯OMG, someone actually thinks converting a neural net to C is the key to unlocking the secrets of the universe—who knew swapping activation functions for logic gates would be the 🚀 to a 1,744× speedup? Clearly, this coder spent 25 minutes bragging about reinventing the wheel—next up, they'll try to prove water is wet! 💧🔧
https://slightknack.dev/blog/difflogic/ #neuralnet #Cconversion #speedup #techinnovation #codinghumor #unlocksecrets #HackerNews #ngated

🤯OMG, someone actually thinks converting a neural net to C is the key to unlocking the secrets of the universe—who knew swapping activation functions for logic gates would be the 🚀 to a 1,744× speedup? Clearly, this coder spent 25 minutes bragging about reinventing the wheel—next up, they'll try to prove water is wet! 💧🔧
https://slightknack.dev/blog/difflogic/ #neuralnet #Cconversion #speedup #techinnovation #codinghumor #unlocksecrets #HackerNews #ngated

🤯OMG, someone actually thinks converting a neural net to C is the key to unlocking the secrets of the universe—who knew swapping activation functions for logic gates would be the 🚀 to a 1,744× speedup? Clearly, this coder spent 25 minutes bragging about reinventing the wheel—next up, they'll try to prove water is wet! 💧🔧
https://slightknack.dev/blog/difflogic/ #neuralnet #Cconversion #speedup #techinnovation #codinghumor #unlocksecrets #HackerNews #ngated

Dunno if you heard of #BeamEyeTracker before. It's positioning itself next to #Tobii but uses just a webcam and #Opentrack, so probably just #Neuralnet tracker on steroids - but I'd still appreciate if you could chime in for a #Linux build at https://steamcommunity.com/app/2375780/discussions/0/4757578278664103829/ too as it seems to be read by the dev|s.

#LinuxGaming #GamingOnLinux #HeadTracker #HeadTracking #TrackIR

Dunno if you heard of #BeamEyeTracker before. It's positioning itself next to #Tobii but uses just a webcam and #Opentrack, so probably just #Neuralnet tracker on steroids - but I'd still appreciate if you could chime in for a #Linux build at https://steamcommunity.com/app/2375780/discussions/0/4757578278664103829/ too as it seems to be read by the dev|s.

#LinuxGaming #GamingOnLinux #HeadTracker #HeadTracking #TrackIR

Dunno if you heard of #BeamEyeTracker before. It's positioning itself next to #Tobii but uses just a webcam and #Opentrack, so probably just #Neuralnet tracker on steroids - but I'd still appreciate if you could chime in for a #Linux build at https://steamcommunity.com/app/2375780/discussions/0/4757578278664103829/ too as it seems to be read by the dev|s.

#LinuxGaming #GamingOnLinux #HeadTracker #HeadTracking #TrackIR

Dunno if you heard of #BeamEyeTracker before. It's positioning itself next to #Tobii but uses just a webcam and #Opentrack, so probably just #Neuralnet tracker on steroids - but I'd still appreciate if you could chime in for a #Linux build at https://steamcommunity.com/app/2375780/discussions/0/4757578278664103829/ too as it seems to be read by the dev|s.

#LinuxGaming #GamingOnLinux #HeadTracker #HeadTracking #TrackIR

Dunno if you heard of #BeamEyeTracker before. It's positioning itself next to #Tobii but uses just a webcam and #Opentrack, so probably just #Neuralnet tracker on steroids - but I'd still appreciate if you could chime in for a #Linux build at https://steamcommunity.com/app/2375780/discussions/0/4757578278664103829/ too as it seems to be read by the dev|s.

#LinuxGaming #GamingOnLinux #HeadTracker #HeadTracking #TrackIR

https://www.nytimes.com/2025/02/12/technology/deepseek-ai-chip-costs.html?unlocked_article_code=1.xk4.i4QG.5BKS_8V7f62E&smid=url-share

#ai #ki #llm #neuralnet

https://www.nytimes.com/2025/02/12/technology/deepseek-ai-chip-costs.html?unlocked_article_code=1.xk4.i4QG.5BKS_8V7f62E&smid=url-share

#ai #ki #llm #neuralnet

https://www.nytimes.com/2025/02/12/technology/deepseek-ai-chip-costs.html?unlocked_article_code=1.xk4.i4QG.5BKS_8V7f62E&smid=url-share

#ai #ki #llm #neuralnet

https://www.nytimes.com/2025/02/12/technology/deepseek-ai-chip-costs.html?unlocked_article_code=1.xk4.i4QG.5BKS_8V7f62E&smid=url-share

#ai #ki #llm #neuralnet

https://www.nytimes.com/2025/02/12/technology/deepseek-ai-chip-costs.html?unlocked_article_code=1.xk4.i4QG.5BKS_8V7f62E&smid=url-share

#ai #ki #llm #neuralnet

What are your beliefs on transhumanism? #transhumanism #neuralnet #elonmusk

-𝟘: The Power of Negative Zero: Datatype Customization for Quantized Large Language Models

(... they get an amazing boost in performance from this!)

https://arxiv.org/abs/2501.04052

#ai #ml #cs #neuralnet #math #efficiency #goodnews

-𝟘: The Power of Negative Zero: Datatype Customization for Quantized Large Language Models

(... they get an amazing boost in performance from this!)

https://arxiv.org/abs/2501.04052

#ai #ml #cs #neuralnet #math #efficiency #goodnews

-𝟘: The Power of Negative Zero: Datatype Customization for Quantized Large Language Models

(... they get an amazing boost in performance from this!)

https://arxiv.org/abs/2501.04052

#ai #ml #cs #neuralnet #math #efficiency #goodnews

-𝟘: The Power of Negative Zero: Datatype Customization for Quantized Large Language Models

(... they get an amazing boost in performance from this!)

https://arxiv.org/abs/2501.04052

#ai #ml #cs #neuralnet #math #efficiency #goodnews

-𝟘: The Power of Negative Zero: Datatype Customization for Quantized Large Language Models

(... they get an amazing boost in performance from this!)

https://arxiv.org/abs/2501.04052

#ai #ml #cs #neuralnet #math #efficiency #goodnews