#inductiveencoders search results

FAQs for Robotics and Automation: Ever wonder what types of rotary encoders does Celera Motion offer? Here, our technical experts explain all about optical encoders: celeramotion.com/microe/product… #OpticalEncoders #InductiveEncoders #RotaryEncoders

CeleraMotion's tweet image. FAQs for Robotics and Automation: Ever wonder what types of rotary encoders does Celera Motion offer?

Here, our technical experts explain all about optical encoders: celeramotion.com/microe/product…

#OpticalEncoders #InductiveEncoders #RotaryEncoders

Well the MACH exhibition is in full swing and @NXTbook posted the following article about #InductiveEncoders: nxtbook.com/nxtbooks/webco…


FAQs for Robotics and Automation: Ever wonder what types of rotary encoders does Celera Motion offer? Here, our technical experts explain all about optical encoders: celeramotion.com/microe/product… #OpticalEncoders #InductiveEncoders #RotaryEncoders

CeleraMotion's tweet image. FAQs for Robotics and Automation: Ever wonder what types of rotary encoders does Celera Motion offer?

Here, our technical experts explain all about optical encoders: celeramotion.com/microe/product…

#OpticalEncoders #InductiveEncoders #RotaryEncoders

Well the MACH exhibition is in full swing and @NXTbook posted the following article about #InductiveEncoders: nxtbook.com/nxtbooks/webco…


No results for "#inductiveencoders"

At ICCV I met people working on Image Matching who still don't know our image-matching-models GitHub repo It allows you to use almost any IM model just by changing one parameter Image matchers, try it out, it will save you countless hours github.com/alexstoken/ima…

gabriberton's tweet image. At ICCV I met people working on Image Matching who still don't know our image-matching-models GitHub repo

It allows you to use almost any IM model just by changing one parameter

Image matchers, try it out, it will save you countless hours

github.com/alexstoken/ima…

¿Los creadores y artistas de IA en X han reemplazado a los fotógrafos? 9 ejemplos brutales de retratos generados con IA ↓

Nona_xai's tweet image. ¿Los creadores y artistas de IA en X han reemplazado a los fotógrafos?

9 ejemplos brutales de retratos generados con IA ↓
Nona_xai's tweet image. ¿Los creadores y artistas de IA en X han reemplazado a los fotógrafos?

9 ejemplos brutales de retratos generados con IA ↓
Nona_xai's tweet image. ¿Los creadores y artistas de IA en X han reemplazado a los fotógrafos?

9 ejemplos brutales de retratos generados con IA ↓

three years ago, DiT replaced the legacy unet with a transformer-based denoising backbone. we knew the bulky VAEs would be the next to go -- we just waited until we could do it right. today, we introduce Representation Autoencoders (RAE). >> Retire VAEs. Use RAEs. 👇(1/n)

sainingxie's tweet image. three years ago, DiT replaced the legacy unet with a transformer-based denoising backbone. we knew the bulky VAEs would be the next to go -- we just waited until we could do it right.

today, we introduce Representation Autoencoders (RAE).

>> Retire VAEs. Use RAEs. 👇(1/n)

your memes are mid. your images are mid. that is if you generate them with ai. listen, 95% of ai memes imo look lifeless, flat, blurry, no soul, no context what if i told you there’s a way to make ai understand your meme language the same way it can learn your tone in text? 👇…

25THPRMR's tweet image. your memes are mid. your images are mid. that is if you generate them with ai.

listen, 95% of ai memes imo look lifeless, flat, blurry, no soul, no context

what if i told you there’s a way to make ai understand your meme language the same way it can learn your tone in text? 👇…

1/ Introducing Isaac 0.1 — our first perceptive-language model. 2B params, open weights. Matches or beats models significantly larger on core perception. We are pushing the efficient frontier for physical AI. perceptron.inc/blog/introduci…

perceptroninc's tweet image. 1/ Introducing Isaac 0.1 — our first perceptive-language model. 2B params, open weights. Matches or beats models significantly larger on core perception. We are pushing the efficient frontier for physical AI.
perceptron.inc/blog/introduci…

🤖 Creative intelligence at work. #ImagenAI blends DALL·E & Stable Diffusion for seamless, high-quality visual generation. 🌍 imagen.network

Imagen_Network's tweet image. 🤖 Creative intelligence at work.  
#ImagenAI blends DALL·E & Stable Diffusion for seamless, high-quality visual generation.  
🌍 imagen.network

Stunning UI visuals in seconds. Cut design exploration time by 80% using new GPT-4o image gen. My secret process revealed: 1 – Choose 2 images references

AndreaMontini's tweet image. Stunning UI visuals in seconds.

Cut design exploration time by 80% using new GPT-4o image gen.

My secret process revealed:

1 – Choose 2 images references
AndreaMontini's tweet image. Stunning UI visuals in seconds.

Cut design exploration time by 80% using new GPT-4o image gen.

My secret process revealed:

1 – Choose 2 images references
AndreaMontini's tweet image. Stunning UI visuals in seconds.

Cut design exploration time by 80% using new GPT-4o image gen.

My secret process revealed:

1 – Choose 2 images references
AndreaMontini's tweet image. Stunning UI visuals in seconds.

Cut design exploration time by 80% using new GPT-4o image gen.

My secret process revealed:

1 – Choose 2 images references

Keywords Convolutional neural network, Transfer learning, Ensemble learning, Image classification, Histopathological image, Breast cancer

IntelligentMed8's tweet image. Keywords
Convolutional neural network, Transfer learning, Ensemble learning, Image classification, Histopathological image, Breast cancer
IntelligentMed8's tweet image. Keywords
Convolutional neural network, Transfer learning, Ensemble learning, Image classification, Histopathological image, Breast cancer
IntelligentMed8's tweet image. Keywords
Convolutional neural network, Transfer learning, Ensemble learning, Image classification, Histopathological image, Breast cancer
IntelligentMed8's tweet image. Keywords
Convolutional neural network, Transfer learning, Ensemble learning, Image classification, Histopathological image, Breast cancer

It is hard to grasp how far we have already come with AI. Images can no longer be distinguished from reality. After the meme a few examples. All using Flux1.1

kimmonismus's tweet image. It is hard to grasp how far we have already come with AI. Images can no longer be distinguished from reality. 
After the meme a few examples. All using Flux1.1
kimmonismus's tweet image. It is hard to grasp how far we have already come with AI. Images can no longer be distinguished from reality. 
After the meme a few examples. All using Flux1.1
kimmonismus's tweet image. It is hard to grasp how far we have already come with AI. Images can no longer be distinguished from reality. 
After the meme a few examples. All using Flux1.1
kimmonismus's tweet image. It is hard to grasp how far we have already come with AI. Images can no longer be distinguished from reality. 
After the meme a few examples. All using Flux1.1

1. ChatGPT image model understands your prompt like no other. While it might be slightly less powerful at preserving uploaded image references, its understanding of context and prompt instructions is absolutely amazing. Check out this thread for some of my best…

umesh_ai's tweet image. 1. ChatGPT image model understands your prompt like no other. 

While it might be slightly less powerful at preserving uploaded image references, its understanding of context and prompt instructions is absolutely amazing.

Check out this thread for some of my best…

🎉 Instance-level Composed Image Retrieval @ #NeurIPS2025 Task: given (image of an object instance) + (text modification), retrieve photos of that exact instance under the change. E.g.: Temple of Poseidon 🏛️ ➕ during sunset 🌅 Project page: vrg.fel.cvut.cz/icir/

bill_psomas's tweet image. 🎉 Instance-level Composed Image Retrieval @ #NeurIPS2025 

Task: given (image of an object instance) + (text modification), retrieve photos of that exact instance under the change.

E.g.: Temple of Poseidon 🏛️ ➕ during sunset 🌅

Project page: vrg.fel.cvut.cz/icir/

Carlotta ✨ Wuthering Waves #WutheringWaves #鳴潮 #Carlotta #カルロッタ AI-generated anime-style illustration (SFW illustration). It doesn't contain nudity or suggestive intent. ✨

Ales_AI's tweet image. Carlotta ✨
Wuthering Waves

#WutheringWaves #鳴潮 #Carlotta #カルロッタ

AI-generated anime-style illustration (SFW illustration). It doesn't contain nudity or suggestive intent. ✨

here's falling-truke-guy.png with a transparent background apply a gaussian blur on the background of whatever he's falling onto

skooookum's tweet image. here's falling-truke-guy.png with a transparent background

apply a gaussian blur on the background of whatever he's falling onto

Skooks please template 4 the people



The GitHub repository with a template to reproduce this and many more image recognition tasks is public. I made it as simple as possible so everybody can play with it . If you run out of ideas, I also leave a list of cool Kaggle datasets to play with. Check the first comment!

mfranz_on's tweet image. The GitHub repository with a template to reproduce this and many more image recognition tasks is public.

I made it as simple as possible so everybody can play with it . If you run out of ideas, I also leave a list of cool Kaggle datasets to play with.

Check the first comment!

This is the power of YOLO, trained on a laptop for ~1 hour, with a Kaggle dataset. Oh, and just ~100 lines of Python. I can make a startup on this and it took me literally a couple of hours.



Turn images into dreamy iridescent visuals with GPT-4o Prompt 👇

egeberkina's tweet image. Turn images into dreamy iridescent visuals with GPT-4o

Prompt 👇
egeberkina's tweet image. Turn images into dreamy iridescent visuals with GPT-4o

Prompt 👇
egeberkina's tweet image. Turn images into dreamy iridescent visuals with GPT-4o

Prompt 👇
egeberkina's tweet image. Turn images into dreamy iridescent visuals with GPT-4o

Prompt 👇

if i'm understanding this correctly, you can use a pure text encoder model to find text that lets you reconstruct an image from the text encoding. basically, the latent space of a text model is expressive enough to serve as a compilation target for images

dearmadisonblue's tweet image. if i'm understanding this correctly, you can use a pure text encoder model to find text that lets you reconstruct an image from the text encoding. basically, the latent space of a text model is expressive enough to serve as a compilation target for images
dearmadisonblue's tweet image. if i'm understanding this correctly, you can use a pure text encoder model to find text that lets you reconstruct an image from the text encoding. basically, the latent space of a text model is expressive enough to serve as a compilation target for images
dearmadisonblue's tweet image. if i'm understanding this correctly, you can use a pure text encoder model to find text that lets you reconstruct an image from the text encoding. basically, the latent space of a text model is expressive enough to serve as a compilation target for images
dearmadisonblue's tweet image. if i'm understanding this correctly, you can use a pure text encoder model to find text that lets you reconstruct an image from the text encoding. basically, the latent space of a text model is expressive enough to serve as a compilation target for images

Imagen Network integrates Grok intelligence to revolutionize creator personalization and real-time engagement. Read more: techbullion.com/imagen-network…

Imagen_Network's tweet image. Imagen Network integrates Grok intelligence to revolutionize creator personalization and real-time engagement.

Read more: techbullion.com/imagen-network…

Loading...

Something went wrong.


Something went wrong.


United States Trends