Week 04 · overview

Week 4: Convolution and Transfer Learning

Convolutional networks preserve spatial structure by applying small filters across local neighborhoods. Transfer learning reuses representations learned on one dataset, then adapts the model for another task. Both ideas save work, but neither removes the need to test changed conditions.

DayRoleEvidence
1Lesson 1: Convolutional neural networksTrace kernels, feature maps, pooling, and spatial structure
2Lesson 2: Transfer learningDistinguish feature extraction, freezing, and fine-tuning
3InvestigationCalculate local responses and identify shortcut features
4LabSlide a 3 × 3 kernel across a supplied image
5Assessment + ReflectionDefend a bounded feature claim

Evidence target

Your Convolution Evidence Record preserves one complete nine-product calculation, vertical and horizontal feature-map comparisons, the strongest responses and positions, and a limitation. It proves only the behavior of the supplied deterministic filters and image.

The Lab activates no camera, downloads no model, and contacts no service. The complete Microsoft repository and all original credits remain preserved in the local upstream/ mirror. Review the source record.

Chapter question

How does Convolution and Transfer Learning change what evidence a student should trust?

What you will understand

You will connect the named mechanism to the evidence it can and cannot support.

What you will do

You will inspect supplied cases, trace the important calculation, and test one bounded claim.

What you will produce

You will produce the week evidence record named in the Lab or reflection.

How the week connects

This week carries the previous AI mechanism forward into a stricter evidence check.

Key vocabulary

mechanism; evidence; boundary; test; claim

Approximate time

Five class meetings at about 210 instructional minutes total.

Final evidence required

Submit the completed week record with at least two exact labels from the artifact.