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  • All (20931) +237
    • AI (3154) +13
    • DevOps (932) +6
    • Software (11018) +167
    • IT (5778) +50
    • Education (48)
  • Notice
  • All (20931) +237
  • AI (3154) +13
  • DevOps (932) +6
  • Software (11018) +167
  • IT (5778) +50
  • Education (48)
  • Notice
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  • 1 week ago · ai

    Reproducing DeepSeek's MHC: When Residual Connections Explode

    Article URL: https://taylorkolasinski.com/notes/mhc-reproduction/ Comments URL: https://news.ycombinator.com/item?id=46588572 Points: 14 Comments: 6...

    #deep learning #residual connections #model reproduction #DeepSeek #MHC #neural networks
  • 1 week ago · ai

    Building a Production-Ready Traffic Violation Detection System with Computer Vision

    Traffic monitoring and violation detection is a classic computer vision problem that looks deceptively simple but becomes complex very quickly in real‑world con...

    #computer vision #traffic monitoring #violation detection #object detection #video analytics #deep learning #object tracking #production deployment
  • 1 week ago · ai

    Teaching a Neural Network the Mandelbrot Set

    And why Fourier features change everything The post Teaching a Neural Network the Mandelbrot Set appeared first on Towards Data Science....

    #neural networks #Mandelbrot set #Fourier features #deep learning #function approximation
  • 1 week ago · ai

    Sopro TTS: A 169M model with zero-shot voice cloning that runs on the CPU

    Article URL: https://github.com/samuel-vitorino/sopro Comments URL: https://news.ycombinator.com/item?id=46546113 Points: 33 Comments: 10...

    #text-to-speech #voice cloning #zero-shot #cpu inference #open-source #deep learning #speech synthesis #model compression #machine learning
  • 1 week ago · ai

    How to Improve the Performance of Visual Anomaly Detection Models

    Apply the best methods from academia to get the most out of practical applications The post How to Improve the Performance of Visual Anomaly Detection Models ap...

    #visual anomaly detection #computer vision #model performance #deep learning #anomaly detection
  • 1 week ago · ai

    Understanding DLCM: A Deep Dive into Its Core Architecture and the Power of Causal Encoding

    Modern Language Models and the Dynamic Latent Concept Model DLCM Modern language models have evolved beyond simple token‑by‑token processing, and the Dynamic L...

    #DLCM #causal encoding #language models #model architecture #deep learning #transformers #hierarchical modeling
  • 1 week ago · ai

    لماذا نعتقد: كيف يمكننا تحسين قدرة النماذج على التفكير

    !Cover image for لماذا نعتقد: كيف يمكننا تحسين قدرة النماذج على التفكيرhttps://media2.dev.to/dynamic/image/width=1000,height=420,fit=cover,gravity=auto,format=a...

    #artificial intelligence #machine learning #model reasoning #deep learning #large language models #AI research
  • 1 week ago · ai

    Understanding How ChatGPT Produces Human-Like Responses

    ChatGPT, developed by OpenAI, is a powerful language model that has significantly advanced the field of natural language processing. By using deep learning tech...

    #ChatGPT #transformer #natural-language-processing #deep-learning #language-model
  • 1 week ago · ai

    Data Analyst Guide: Mastering Neural Networks: When Analysts Should Use Deep Learning

    Data Analyst Guide: Mastering Neural Networks – When Analysts Should Use Deep Learning As a data analyst, you're likely familiar with the buzz surrounding neur...

    #neural networks #deep learning #data analysis #machine learning #predictive modeling #AI applications
  • 1 week ago · ai

    Solving ill-posed inverse problems using iterative deep neural networks

    Faster, clearer CT images by mixing math and a trained network This new approach tackles hard imaging puzzles that normally give noisy, blurry results. It blend...

    #deep learning #inverse problems #iterative reconstruction #CT imaging #physics-informed neural networks #medical imaging
  • 1 week ago · ai

    Global Attention Mechanism: Retain Information to Enhance Channel-SpatialInteractions

    Overview Global attention helps computers see pictures better—without losing the details. By retaining information across the whole image, models can preserve...

    #global attention #computer vision #image recognition #channel-spatial interaction #deep learning #neural networks #mobile AI
  • 2 weeks ago · ai

    YOLOv1 Loss Function Walkthrough: Regression for All

    An explanation of how YOLOv1 measures the correctness of its object detection and classification predictions The post YOLOv1 Loss Function Walkthrough: Regressi...

    #YOLOv1 #loss function #object detection #computer vision #deep learning

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