Demystifying

Demystifying Cosine Similarity

is a commonly used metric for operationalizing tasks akin to semantic search and document comparison in the sector of natural language processing (NLP). Introductory NLP courses often provide only a high-level justification for...

Demystifying Policy Optimization in RL: An Introduction to PPO and GRPO

Introduction learning (RL) has achieved remarkable success in teaching agents to resolve complex tasks, from mastering Atari games and Go to training helpful language models. Two necessary techniques behind a lot of these advances...

Demystifying Higher Education with AI

Higher education is at a crossroads. Budgets are tightening. Student needs are growing more complex. And the pressure to show measurable outcomes—graduation rates, job placement, lifelong value—has never been higher.As institutions grapple with these...

Demystifying Azure Storage Account Network Access

Service endpoints and personal endpoints hands-on: including Azure Backbone, storage account firewall, DNS, VNET and NSGsThat is nevertheless counterintuitive, since first a non-public endpoint is created within the VNET after which traffic is blocked...

Courage to Learn ML: Demystifying L1 & L2 Regularization (part 3)

I’m glad you brought up this query. To get straight to the purpose, we typically avoid p values lower than 1 because they result in non-convex optimization problems. Let me illustrate this with a...

Demystifying Topic Modeling Techniques in NLP Introduction Different Methods of Topic Modeling 01. Latent Dirirchlet Allocation (LDA) Implementation in Python: 02. Latent Semantic Evaluation 03. Non Negative Matrix Factorization 04. Parallel...

Welcome to this insightful article where we'll delve into the fascinating world of topic modeling. We’ll uncover the true essence of topic modeling, explore its inner workings, and discover why it has turn out...

Demystifying Bayesian Models: Unveiling Explanability through SHAP Values The Gap between Bayesian Models and Explainability Bayesian modelization with PyMC Explain the model with SHAP Conclusion

Exploring PyMC’s Insights with SHAP Framework via an Engaging Toy ExampleSHAP values (SHapley Additive exPlanations) are a game-theory-based method used to extend the transparency and interpretability of machine learning models. Nevertheless, this method, together...

Demystifying Large Language Models: How They Learn and Transform AI

Special due to my friend Faith C., whose insights and concepts inspired the creation of this text on GPT and Large Language Models.Large Language Models (LLMs) are sophisticated programs that consist of complex algorithms...

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