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Experimentation

As explained in Delivering Machine Learning Projects: From design to deployment

An experiment is a structured investigation in which an uncertain proposition is tested through planned observations or actions.

Experimentation treats model development as a curiosity-driven investigation: teams test ideas, inspect results, and learn about the data and domain while moving toward a useful model. section 7.4.1

Run experiments inside a managed framework:

  • Write experimental details upfront in a lab book or equivalent record. section 7.4.1
  • Record model designs, investigation results, and decisions so work remains reproducible and does not needlessly repeat. section 7.4.1
  • Protect evaluation from data leakage by preventing test information from entering training or indirectly driving optimization. section 7.4.1
  • Frame projects as experiments or investigations when data availability, data quality, or implementation feasibility remains uncertain. section 3.2.3

Validation-driven overfitting

A team repeatedly optimizes models because one performs well on validation data. If those choices exploit quirks in that data, performance can disappoint in the real world; documenting the investigation and protecting test data helps expose the risk. section 7.4.1

How Delivering Machine Learning Projects: From design to deployment covers it

How deep it goes
Explains managed experimentation, upfront records, reproducibility, and data-leakage risks without detailing specific algorithms.
Examples
Uses lab-book records, documented model designs, validation-data optimization, and test-data protection as concrete practices.
What it assumes
Assumes developing models with some data and domain understanding, while teaching the need for rigor, records, and reproducibility.
What you can do after
Practice/perform structured model investigations that preserve evidence, reduce repeated work, and guard against misleading evaluation.
How it connects
Connects experimentation with model development, data leakage, validation data, test data, reproducibility, and project risk.

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This explainer was generated by Manning's knowledge graph from the text of Delivering Machine Learning Projects: From design to deployment. The section links point to the parts of the book it draws on.