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Full PDF Download: 3D Multi-Touch Master Thesis (RWTH/FIT)

The thesis documents two approaches I have tried to implement computer vision based 3D hand gesture interaction. The more promising approach is selected to implement a first prototype for evaluation with users. Finally, the findings are summarized and future work is listed.

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Title detail from 3D Multi-Touch Master Thesis

The introduction motivates spatial hand tracking by examining visionary interaction paradigms such as Minority Report:

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Minority report detail from 3D Multi-Touch Master Thesis

To reconstruct 3D hand postures from stereo cameras, the first approach models epipolar geometry and triangulation rays:

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Geometry detail from 3D Multi-Touch Master Thesis

The second approach evaluates machine learning classifiers and feature extraction pipelines for robust gesture recognition:

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Learning detail from 3D Multi-Touch Master Thesis

Finally, a unified object-oriented data model integrates raw sensor frames, tracked hand blobs, and recognized interaction events:

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Data model detail from 3D Multi-Touch Master Thesis

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