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  1. Algorithmic Geopolitics: Benchmarking and Comparison
    Algorithmic Geopolitics: Benchmarking and Comparison
    Strategic Evaluation of the NFSI Against Established Global Indices.
    Sven Neawolf (Schmidt)

    See how NationFiles compares to the world's leading stability indices. This report benchmarks the NFSI against traditional models to demonstrate the power of real-time geopolitical data. Check the live data on https://nationfiles.com

  2. Algorithmic Geopolitics: Methodology and Application Monograph
    Algorithmic Geopolitics: Methodology and Application Monograph
    A Comprehensive Research Summary on AI-Driven Real-Time Stability Indexing.
    Sven Neawolf (Schmidt)

    A concentrated scientific overview of the NationFiles framework. This monograph details the methodology and application of AI-driven real-time stability indexing for research and peer review. Check the live data on https://nationfiles.com

  3. Technical Note: The Large Processing Unit (LPU) Architecture
    Technical Note: The Large Processing Unit (LPU) Architecture
    Low-Latency Inference and Deterministic Embedding within the Naciro Intelligence Engine.
    Sven Neawolf (Schmidt)

    Discover the LPU architecture. This note details the specialized inference stack used for sub-50 ms latency and deterministic data embedding within the Naciro Intelligence Engine. Check the live data on https://nationfiles.com

  4. NationFiles Stability Index (NFSI): Operative Reality and 15-Minute Recalibration
    NationFiles Stability Index (NFSI): Operative Reality and 15-Minute Recalibration
    A High-Frequency Overview of the Global Real-Time Intelligence Framework.
    Sven Neawolf (Schmidt)

    Experience the speed of modern geopolitics. This overview details the NFSI’s 15-minute recalibration cycle and the global data infrastructure powering the NationFiles framework. Check the live data on https://nationfiles.com

  5. NationFiles Stability Index (NFSI): Validation and Verification Report
    NationFiles Stability Index (NFSI): Validation and Verification Report
    Technical Audit of Methodology, Calculation Layers, and Data Integrity.
    Sven Neawolf (Schmidt)

    The official technical audit for the NFSI. Access the complete formulas, weight matrices, and validation logic behind the NationFiles Stability Index to ensure total transparency. Check the live data on https://nationfiles.com

  6. Algorithmic Geopolitics: The 3-Stage Methodology
    Algorithmic Geopolitics: The 3-Stage Methodology
    Normalization, Aggregation, and Weighted Composition within the NationFiles Framework
    Sven Neawolf (Schmidt)

    Discover the logical heart of the NFSI. This paper explains the 3-stage pipeline used to transform heterogeneous OSINT signals into a traceable and auditable geopolitical stability index. Check the live data on https://nationfiles.com

  7. Algorithmic Geopolitics: Methodology of AI-Driven Real-Time Stability Indexing within the NationFiles Framework
    Algorithmic Geopolitics: Methodology of AI-Driven Real-Time Stability Indexing within the NationFiles Framework
    Methodology and Application of AI-Driven Geopolitical Risk Analysis: The Naciro Intelligence Engine
    Sven Neawolf (Schmidt)

    A deep dive into the NationFiles Stability Index (NFSI). Discover how 115+ real-time indicators and the Naciro Intelligence Engine redefine geopolitical risk analysis through transparent, rule-based 15-minute recalibration. Check the live data on https://nationfiles.com

  8. Inside Large Language Models for absolute beginners: Volume II
    Inside Large Language Models for absolute beginners: Volume II
    Simple Arithmetic and beginners Python based approach
    Ritesh Modi

    Most books about ChatGPT explain the magic. This one shows you the math. Inside Large Language Models, Volume I takes a curious beginner from "what is an LLM" to a complete, trained GPT, with nothing more than high-school algebra, a working laptop, and a willingness to read carefully. Every formula is walked through by hand. Every line of code comes with a plain-English explanation. By the end you will have built, trained, and run your own transformer from scratch, and you will know exactly what is happening inside. No PhD or Data Science required. No prior machine learning needed. Just curiosity and a calculator.

  9. Inside Large Language Models for absolute beginners: Volume I
    Inside Large Language Models for absolute beginners: Volume I
    Simple Arithmetic and beginners Python based approach
    Ritesh Modi

    Most books about ChatGPT explain the magic. This one shows you the math. Inside Large Language Models, Volume I takes a curious beginner from "what is an LLM" to a complete, trained GPT, with nothing more than high-school algebra, a working laptop, and a willingness to read carefully. Every formula is walked through by hand. Every line of code comes with a plain-English explanation. By the end you will have built, trained, and run your own transformer from scratch, and you will know exactly what is happening inside. No PhD or Data Science required. No prior machine learning needed. Just curiosity and a calculator.

  10. My Adventures with Large Language Models
    My Adventures with Large Language Models
    Build foundational LLMs from Transformers to DeepSeek, from scratch, in PyTorch.
    Prathamesh S.

    Build GPT-2, Llama 3, and DeepSeek from scratch in PyTorch. Every chapter has runnable end-to-end code and loads real pretrained weights. Goes well past where most LLM tutorials stop.

  11. Modern Introduction to Data Science
    Modern Introduction to Data Science
    Mastering Analytics, Machine Learning, and Data-Driven Insights
    Alex R. Insight

    Master the future of technology with this definitive guide to Modern Data Science. Unlock actionable insights through Analytics, Machine Learning, and Big Data strategies. Perfect for beginners and pros wanting a logic-first approach to data-driven decision making.

  12. Beyond Context Graphs: Agentic Memory, Cognitive Processes, and Promise Graphs
    Beyond Context Graphs: Agentic Memory, Cognitive Processes, and Promise Graphs
    Enterprise level agent in user pocket
    Volodymyr Pavlyshyn

    AI engines are booming, and the more we work with agentic systems, the more we see that we need something to make them work at the enterprise level. We're quite active in exploring ideas around context graphs, decision traces, and supporting explainability—giving agents the ability to make more aware and company-aligned decisions.But this makes sense not only for enterprises, but for users and individuals building personal agents as well. Unfortunately, we have zero-to-none inclination on how to actually build a context graph.I'll try to explain how to build something like a context graph—but go beyond it. I deeply believe that to make this work, we need specific agentic memory and a set of cognitive processes that truly help agents use this memory and learn from experience and data.That's why this is the Book: Beyond Context Graphs—with a focus on real-life enterprise tasks and how to make agents make better decisions and, let's say, hallucinate less.

  13. Mastering Advanced Time Series Forecasting in Python: Probabilistic, Hierarchical, and Foundation Models
    Mastering Advanced Time Series Forecasting in Python: Probabilistic, Hierarchical, and Foundation Models
    Master advanced forecasting with Python using machine learning, deep learning, and cutting-edge foundational models. Learn hierarchical and probabilistic forecasting, forecastability, metrics, and scalable pipelines. Build robust, real-world forecasting systems with production-ready code and expert guidance.
    Valery Manokhin

    Mastering Advanced Time Series Forecasting in Python is the definitive sequel to the #1 forecasting bestseller. Designed for practitioners who want to go beyond ARIMA and basic ML, this book takes you deep into probabilistic forecasting, hierarchical coherence, and cutting-edge foundation models—backed by production-ready Python code. Learn how to assess forecastability, build scalable pipelines, quantify uncertainty, and deploy systems that deliver real business impact. Written by a globally recognized expert whose methods power multimillion-dollar decisions, this is the practical, honest, and advanced guide every data scientist, ML engineer, and quantitative professional needs to master modern forecasting.

  14. Generative AI for Science
    Generative AI for Science
    A Hands-On Guide for Students and Researchers
    J. Paul Liu

    Bridge AI and science with this hands-on guide. Whether you're a researcher learning ML or an engineer entering scientific applications, build real systems across chemistry, biology, physics & climate. Master Transformers, Diffusion Models & GNNs for scientific discovery. 500+ pages, 50+ Colab notebooks. Design molecules, predict proteins, accelerate climate models—all hands-on, zero setup required.

  15. Forecasting Metrics That Don’t Lie
    Forecasting Metrics That Don’t Lie
    Choosing, Testing, and Monitoring Forecast Metrics for Demand, Inventory, and Risk Decisions
    Valery Manokhin

    A model that wins on MAPE can lose money on the shelf. A 15% accuracy gain can hide a 12% bias. An interval that looks tight can be wrong a third of the time.Forecast metrics are decision instruments, not neutral truth detectors — and most teams are still choosing them by habit. This book shows where MAE, MAPE, sMAPE, WAPE, MASE, RMSSE, CRPS, pinball loss, energy scores, bias measures and cost-based metrics help, and where they quietly mislead.Twelve chapters take you from elicitation and baselines through intermittent demand, probabilistic and hierarchical scoring, and the accuracy–utility gap, to a production evaluation system with monitoring, drift detection, alerting and governance. Every metric arrives with its assumptions, every criticism carries a remedy, and a retrospective Walmart M5 case study runs throughout, with Python listings and reproducibility checks.For demand planners, forecasting data scientists, ML engineers and analytics leads who need evaluation choices they can defend. Measure what matters.