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Data analysis

As explained in Machine Learning Platform Engineering

Data analysis is the systematic examination and interpretation of data to discover patterns, assess quality, and support decisions.

Data analysis examines datasets to guide reliable machine-learning work. In production, it must stay close to the data, support interactive exploration, and connect to reproducible preparation pipelines. section 7.0 section 7.1

A production analysis workflow must provide:

  • Compute near large datasets so massive data can be processed efficiently. section 7.1
  • Ad hoc access to GPUs and high-resource machines that can be started and stopped as needed. section 7.1
  • An environment that resembles deployment while supporting versioning and CI/CD. section 7.1

Kubeflow notebooks provide browser-based Jupyter, VS Code, or RStudio environments on the same cluster as pipelines. Shared base images and CI-built notebook images improve reproducibility and deployment alignment. section 7.1

Inspecting an object-detection dataset

Launch a Kubeflow notebook, inspect training results, optionally load the object-detection model, and run ad hoc inference before building the data-preparation pipeline. section 7.0 section 7.1

Figure 7.1 The mental map where we’re now focusing on the first step/component of our pipeline—data collection and preparation (3)
A screenshot of a computer

AI-generated content may be incorrect.

Use the pipeline mental map to locate data collection and preparation as the first operational focus. section 7.0

How Machine Learning Platform Engineering covers it

How deep it goes
Explains infrastructure constraints and Kubeflow notebook integration, then stops short of detailed analytical techniques.
Examples
Uses ID card detection, movie recommendation, object-detection inspection, and ad hoc model inference.
What it assumes
Assumes foundational MLOps knowledge while introducing notebook-based exploration and reproducible preparation workflows.
What you can do after
Operate and configure Kubeflow notebooks for dataset inspection, resource access, and exploratory model inference.
How it connects
Connects data preparation with Kubeflow notebooks, Kubeflow Pipelines, MLOps, CI/CD, and model deployment.

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This explainer was generated by Manning's knowledge graph from the text of Machine Learning Platform Engineering. The section links point to the parts of the book it draws on.