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Welcome to Epython Lab, where you can get resources to learn, one-on-one trainings on machine learning, business analytics, and Python, and solutions for business problems. Buy ads: https://telega.io/c/epythonlab

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Trial Version of DatasetDoctor Tool is Live for Testing. Try it and give feedback https://datasetdoctor.onrender.com/
Trial Version of DatasetDoctor Tool is Live for Testing. Try it and give feedback https://datasetdoctor.onrender.com/

Let's us discuss about on going development of DatasetHealthCheker Tool. Please send your ideas that will help us as input https://github.com/epythonlab2/DatasetDoctor/discussions/1

photo content
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When I started learning machine learning, I thought the hardest part would be choosing the right algorithm. Random Forest? SVM? Neural Networks? But very quickly I realized something unexpected. My biggest challenges were not the models. They were the data. Here are some problems I kept running into: • Missing values — Many datasets had empty fields that required careful handling. • Messy formats — Numbers stored as text, inconsistent units, and poorly structured tables. • Duplicate records — The same observations appearing multiple times and skewing results. • Noisy or incorrect data — Wrong entries that could mislead the model during training. • Unbalanced datasets — One class dominating the data and biasing predictions. What surprised me most was this: I spent far more time preparing data than training models. Cleaning data Normalizing formats Handling missing values Validating datasets That experience changed how I see machine learning. Better models help. But better data helps even more. Machine learning is not only about algorithms. It is about building reliable data pipelines and high-quality datasets. If you want a deeper explanation about this topic, this video explains the hidden cost of data quality issues in machine learning: https://youtu.be/TdMu-0TEppM?si=YcJCIREbHabMqjxj #MachineLearning #DataScience #AI #DataEngineering #MLOps

Python Moving Average Solved | Smooth Noisy Sensor Data (Machine Learning Preprocessing) https://www.youtube.com/watch?v=JxF7DAaTHAA The Problem: https://github.com/epythonlab2/AI-ML-Interview-Preparation/blob/main/problems/02-moving_average.md

Python Min-Max Normalization: Health Data Preprocessing for AI & ML (Interview Problem Solved https://www.youtube.com/watch?v=TpGY2U6OlCQ

How #ChatGPT #transformer actually works

Go Variables and Data Types Deep Dive | Zero Values & Type Inference vs Python https://www.youtube.com/watch?v=gCr28avlsnk

Repost from N/a
In golang, we declare variables like x := 3. Does this kind of declaration make Go dynamic typed? Why?
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How to Structure ML Projects using Scaffml like a Pro https://youtu.be/D88rq4U_-qA

Go's Program Structure is Explained Clearly https://youtu.be/uHw5AgZ3iiA

In the last 24 hours, there have been 422 downloads of scaffml(Professional ML Project Structure Generator) on PyPi. PyPi: ht
In the last 24 hours, there have been 422 downloads of scaffml(Professional ML Project Structure Generator) on PyPi. PyPi: https://pypi.org/project/scaffml/

Every time I started a new machine learning project, I faced the same frustration. Create folders. Set up configs. Prepare da
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Every time I started a new machine learning project, I faced the same frustration. Create folders. Set up configs. Prepare data directories. Add logging. Structure modules properly. And before even writing the first model… I was already tired. So I built a solution. I created ScaffML — an automated ML project structure generator that sets up clean, scalable, production-ready machine learning architecture in seconds. No messy folders. No inconsistent structure. No wasted setup time. Just install: pip install scaffml Generate your project, and focus on building models — not folders. If you're working in ML, AI, or data-driven systems, this might save you more time than you think. I’d love your feedback and suggestions to make it even better. PyPi: https://lnkd.in/djVY4fsq

How to configure Go's Environment on VsCode https://youtu.be/4ZGpEoCi-xs

Why Go Beats Python for Scalable Machine Learning in Production After years of building and deploying ML-powered applications, I have reached a clear conclusion. https://medium.com/@epythonlab/why-go-beats-python-for-scalable-machine-learning-in-production-c5f91618be97

The core philosophy's of Golang vs Python https://youtu.be/GiUCX5kDtc8 Join Go Dev Community @godevcommunity

Constructing Clear Prompt Instructions https://youtu.be/dY4Bus9Er6Y

Demo: Predicting Heart Disease Risk

Anatomy of Effective prompts https://www.youtube.com/watch?v=UNefQTS7TeE

Fundamentals of Prompt Construction https://www.youtube.com/watch?v=HPJQUXjbXK8