Notes

Nine instruments for the pipeline between light and pixels — colour spaces, gamma, white balance, gamut, equalisation, CLAHE, colour transfer, and what a dichromat actually sees.

Eight instruments for JPEG — one 8×8 block through the whole pipeline, the DCT basis, quantisation, chroma subsampling, artefacts up close, rate–distortion, resolution against quality, and bit depth.

Build a processing pipeline stage by stage and watch every intermediate — spatial filters, boundaries, custom kernels, the Fourier domain, edges, corners, pyramids and morphology.

Eight instruments for JPEG — one 8×8 block through the whole pipeline, the DCT basis, quantisation, chroma subsampling, artefacts up close, rate–distortion, resolution against quality, and bit depth.

Nine instruments for the pipeline between light and pixels — colour spaces, gamma, white balance, gamut, equalisation, CLAHE, colour transfer, and what a dichromat actually sees.

Eight instruments for the equation every camera obeys — projection, field of view, extrinsics, distortion, calibration error, homographies, epipolar lines, and triangulation uncertainty.

Eight instruments for the equation every camera obeys — projection, field of view, extrinsics, distortion, calibration error, homographies, epipolar lines, and triangulation uncertainty.

Build a processing pipeline stage by stage and watch every intermediate — spatial filters, boundaries, custom kernels, the Fourier domain, edges, corners, pyramids and morphology.

Eight instruments for JPEG — one 8×8 block through the whole pipeline, the DCT basis, quantisation, chroma subsampling, artefacts up close, rate–distortion, resolution against quality, and bit depth.

Nine instruments for the pipeline between light and pixels — colour spaces, gamma, white balance, gamut, equalisation, CLAHE, colour transfer, and what a dichromat actually sees.

Eight instruments for the equation every camera obeys — projection, field of view, extrinsics, distortion, calibration error, homographies, epipolar lines, and triangulation uncertainty.

Build a processing pipeline stage by stage and watch every intermediate — spatial filters, boundaries, custom kernels, the Fourier domain, edges, corners, pyramids and morphology.