Artificial Intelligence : Papers & Concepts

Dr. Satya Mallick
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  • TECHNOLOGY
  • UPDATED DAILY

This podcast is for AI engineers and researchers. We utilize AI to explain papers and concepts in AI.

  1. 1D AGO

    LoRA: Teaching Massive AI Models New Skills Without Retraining Everything

    In this episode of Artificial Intelligence: Papers and Concepts, we break down LoRA (Low-Rank Adaptation) - a breakthrough technique that makes fine-tuning large language models faster, cheaper, and far more efficient. Instead of retraining an entire model with billions of parameters, LoRA introduces small, low-rank updates that act like lightweight "patches," allowing developers to customize powerful AI systems without massive compute costs. We explore why traditional fine-tuning has been expensive and difficult to scale, how LoRA reshapes the economics of building with models like GPT, and why this approach has become foundational for modern AI development. If you're interested in LLM optimization, efficient training methods, or how startups and developers can adapt large models without enterprise-level resources, this episode explains why LoRA represents one of the most practical shifts in applied AI today. Resources Paper Link: https://arxiv.org/abs/2106.09685 Interested in Computer Vision and AI consulting and product development services? Email us at contact@bigvision.ai or  visit us at https://bigvision.ai

    11 min

  2. 2D AGO · VIDEO

    Wembley Goal: How Computer Vision Settled Football's Most Controversial Moment

    In this episode of Artificial Intelligence: Papers and Concepts, we revisit the legendary 1966 World Cup Final and the infamous "Wembley Goal" - a moment that sparked decades of debate between England and Germany. What once lived as a historical controversy is re-examined through modern computer vision, where algorithms analyze geometry, perspective, and archival footage to answer a question humans argued over for more than half a century: did the ball really cross the line? We explore how AI can reconstruct events from imperfect visual data, why perception and camera angles can mislead even expert referees, and how advances in vision models allow machines to see patterns hidden in historical footage. If you're interested in computer vision, sports analytics, or how AI can revisit the past to uncover objective truth, this episode shows how technology transformed one of football's greatest mysteries into a problem of math and machine intelligence. Resources Paper Link: https://scispace.com/pdf/goal-directed-video-metrology-1t2lrxz10r.pdf Interested in Computer Vision and AI consulting and product development services? Email us at contact@bigvision.ai or  visit us at https://bigvision.ai

    14 min

  3. 3D AGO

    I-JEPA: Teaching AI to Understand Images Without Labels

    In this episode of Artificial Intelligence: Papers and Concepts, we break down I-JEPA, a self-supervised vision architecture that moves beyond pixel-level learning toward true conceptual understanding. Instead of forcing models to memorize images or rely on massive labeled datasets, I-JEPA learns by predicting meaningful representations - helping AI focus on structure, context, and relationships within a scene rather than surface details. We explore how joint-embedding predictive architectures reshape computer vision, why traditional training methods struggle to capture real-world understanding, and how researchers from Meta AI and leading institutions are redefining how machines learn from visual data. If you're interested in foundation models, self-supervised learning, or the future of computer vision beyond labels, this episode explains why I-JEPA marks a major shift toward more human-like visual intelligence. Resources Paper Link: https://arxiv.org/html/2410.19560v1 Interested in Computer Vision and AI consulting and product development services? Email us at contact@bigvision.ai or  visit us at https://bigvision.ai

    18 min

  4. 4D AGO · VIDEO

    EchoJEPA: Teaching AI to Truly Understand the Beating Heart

    In this episode of Artificial Intelligence: Papers and Concepts, we break down EchoJEPA, a large-scale foundation model trained on millions of real-world echocardiography videos. Instead of treating cardiac ultrasounds as static frames or handcrafted features, EchoJEPA learns directly from raw video, capturing the dynamics of how the heart actually moves and functions. We explore why ultrasound has historically been difficult for AI to understand at scale, how EchoJEPA's predictive pretraining approach shifts medical imaging from memorization to genuine representation learning, and why training on 18 million cardiac videos across hundreds of thousands of patients matters. If you're interested in foundation models, medical imaging, or how AI can move closer to real physiological understanding, this episode explains why EchoJEPA represents a major step forward for cardiovascular AI. Resources Paper Link: https://www.arxiv.org/abs/2602.02603 Interested in Computer Vision and AI consulting and product development services? Email us at contact@bigvision.ai or  visit us at https://bigvision.ai

    16 min

  5. 5D AGO

    PaperBanana: From Raw Text to Publication-Ready Diagrams

    In this episode of Artificial Intelligence: Papers and Concepts, we dive into PaperBanana, an agentic framework from Peking University and Google Cloud AI Research designed to automate scientific visualization. While many researchers excel at math, creating professional diagrams is often a major bottleneck.  We explore how PaperBanana moves beyond "one-shot" image generators by employing a digital design studio of five AI agents: Retriever & Planner: Finds structural inspiration from top-tier papers and scripts the logical flow. Stylist: Enforces aesthetic guidelines like color harmony and typography to ensure a "Nature-ready" look. Visualizer & Critic: Renders the diagram-using Python code for data plots to ensure precision-and runs a self-correcting loop to fix errors. If you've ever struggled with TikZ or "ugly" PowerPoint figures, this episode explains how AI is shifting the scientist's role from manual illustrator to high-level editor-in-chief. Resources Paper Link: https://arxiv.org/pdf/2601.23265 Interested in Computer Vision and AI consulting and product development services? Email us at contact@bigvision.ai or  visit us at https://bigvision.ai

    14 min

  6. FEB 6 · VIDEO

    SleepFM: Predicting Future Disease from a Single Night of Sleep

    In this episode of Artificial Intelligence: Papers and Concepts, we break down SleepFM, a large-scale multimodal foundation model that learns directly from raw sleep data. Instead of treating sleep as a secondary health signal, SleepFM positions it as a powerful predictor of long-term disease risk. We explore how polysomnography (PSG) data enables the model to forecast the onset of over 130 health conditions, why traditional sleep analysis has struggled at scale, and how foundation models are finally making sense of the complex physiological patterns hidden in deep rest. If you're interested in AI for healthcare, foundation models, or how a single night of sleep could reveal years of future health outcomes, this episode explains why SleepFM represents a major shift in predictive medicine. Resources Paper Link: https://arxiv.org/abs/2405.17766 Interested in Computer Vision and AI consulting and product development services? Email us at contact@bigvision.ai or visit us at https://bigvision.ai

    14 min

  7. FEB 4 · VIDEO

    RF-DETR: Neural Architecture Search for Real-Time Detection Transformers

    In this episode of Artificial Intelligence: Papers and Concepts, we break down RF-DETR, a new direction in object detection that challenges the idea of fixed-capacity models. Instead of choosing between speed and accuracy upfront, RF-DETR introduces an elastic detector that adapts its computation dynamically at inference time. We explore how RF-DETR reuses intermediate representations to scale up or down on demand, why this matters for real-world deployment on edge and cloud systems, and how this design enables more predictable performance across diverse hardware constraints. If you're building adaptive vision systems for edge devices, robotics, or production-scale AI pipelines, this episode explains why RF-DETR represents a meaningful step toward truly flexible object detection. Resources Paper Link: https://arxiv.org/abs/2511.09554 Interested in Computer Vision and AI consulting and product development services? Email us at contact@bigvision.ai or visit us at https://bigvision.ai

    17 min

  8. FEB 3 · VIDEO

    YOLO26: Rethinking Real-Time Vision for the Edge

    In this episode of Artificial Intelligence: Papers and Concepts, we break down YOLO26, a major shift in real-time object detection. Instead of chasing raw accuracy, YOLO26 is designed for speed, consistency, and edge deployment. We explore how removing non-maximum suppression (NMS) delivers predictable low-latency inference, why simplifying the loss functions makes the model easier to deploy on real hardware, and how new training ideas borrowed from large language models improve small-object detection. If you're building vision systems for robots, drones, factories, or mobile devices, this episode explains why YOLO26 may be the most practical YOLO yet. Resources Paper Link: https://arxiv.org/abs/2509.25164 Interested in Computer Vision and AI consulting and product development services? Email us at contact@bigvision.ai or visit us at https://bigvision.ai

    16 min
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This podcast is for AI engineers and researchers. We utilize AI to explain papers and concepts in AI.

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