SciFest Overview Neil Gannon. Outline Demonstrations using a Microsoft Kinect sensor – Image...

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SciFest Overview Neil Gannon

Transcript of SciFest Overview Neil Gannon. Outline Demonstrations using a Microsoft Kinect sensor – Image...

Page 1: SciFest Overview Neil Gannon. Outline Demonstrations using a Microsoft Kinect sensor – Image Manipulation Real-time Invisibility Background removal (green.

SciFest Overview

Neil Gannon

Page 2: SciFest Overview Neil Gannon. Outline Demonstrations using a Microsoft Kinect sensor – Image Manipulation Real-time Invisibility Background removal (green.

Outline• Demonstrations using a Microsoft Kinect sensor

– Image Manipulation• Real-time Invisibility• Background removal (green screen)

– Paint the user into different scenes/paintings/videos

– 2D Augmentation• Body part tracking• Body part overlays (faces, costumes, particle effects)

– 3D Augmentation• Skeleton Rendering• 3D interactions (real-time physics demonstration)

– 3D Kinect Controlled Game Demo• Navigate open space and interact with 3D objects

15/20 mins

Page 3: SciFest Overview Neil Gannon. Outline Demonstrations using a Microsoft Kinect sensor – Image Manipulation Real-time Invisibility Background removal (green.

Demos• Background removal (green screen)

– http://youtu.be/JpDikiKnK0E (old version, visual artifacts are now gone)– http://youtu.be/vtX1rlEUR08

• Body part tracking– http://youtu.be/xRnkKTCSkRY

• Body part overlays – http://youtu.be/zaY-kihQsxs

• Skeleton Rendering– http://youtu.be/U7Bx2EiLL9A– http://youtu.be/mTEAsQ9QEV8

• Navigate open space and interact with 3D objects– http://youtu.be/Nwxz1Ay9NU0

Page 4: SciFest Overview Neil Gannon. Outline Demonstrations using a Microsoft Kinect sensor – Image Manipulation Real-time Invisibility Background removal (green.

Outcomes• Session topic will lightly introduce the workings of• General Software/Games development

– 2D and 3D concepts– Image Processing– Body part segmentation (Machine Learning)– Gesture Detection

• Skeletal tracking • Maths

– Planar Motion– Trigonometry