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AWS vs. Azure: A Deep Dive into Model Training – Part 2

In Part 1 of this series, how Azure and AWS take fundamentally different approaches to machine learning project management and data storage. Azure ML uses a workspace-centric structure with user-level role-based access control (RBAC),...

Azure ML vs. AWS SageMaker: A Deep Dive into Model Training — Part 1

(AWS) are the world’s two largest cloud computing platforms, providing database, network, and compute resources at global scale. Together, they hold about 50% of the worldwide enterprise cloud infrastructure services market—AWS at 30%...

Cutting LLM Memory by 84%: A Deep Dive into Fused Kernels

or fine-tuned an LLM, you’ve likely hit a wall on the very last step: the Cross-Entropy Loss. The offender is the logit bottleneck. To predict the subsequent token, we project a hidden state into...

Tools for Your LLM: a Deep Dive into MCP

technique that may turn LLMs into actual agents. It's because MCP provides tools to your LLM which it will possibly use to retrieve live information or perform actions in your behalf. Like all other...

EDA in Public (Part 2): Product Deep Dive & Time-Series Evaluation in Pandas

! Welcome back to the “EDA in Public” series! That is Part 2 of the series; when you haven’t seen Part 1 yet, read it here. Here’s a recap of what we conquered. In Part...

A Deep Dive into RabbitMQ & Python’s Celery: Easy methods to Optimise Your Queues

, have worked with machine learning or large-scale data pipelines, likelihood is you’ve used some form of queueing system.  Queues let services seek advice from one another asynchronously: you send off work, don’t wait around,...

Time Series Forecasting Made Easy (Part 3.2): A Deep Dive into LOESS-Based Smoothing

In Part 3.1 we began discussing how decomposes the time series data into trend, seasonality, and residual components, and because it is a smoothing-based technique, it means we want rough estimates of trend...

Deep Dive into Multithreading, Multiprocessing, and Asyncio

Multithreading allows a process to execute multiple threads concurrently, with threads sharing the identical memory and resources (see diagrams 2 and 4).Nevertheless, Python’s Global Interpreter Lock (GIL) limits multithreading’s effectiveness for CPU-bound tasks.Python’s Global...

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