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Augmented Reality for Blind Spots

Venkatasubramaniam Ramanathan Ravishankar Arivazhagan. Augmented Reality for Blind Spots. Motivation. Motivation. Lot of accidents caused due to blind spots while changing lanes in inter-states Seeing the mirror and driving in the night is difficult due to the head lights

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Augmented Reality for Blind Spots

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  1. VenkatasubramaniamRamanathanRavishankar Arivazhagan Augmented Reality for Blind Spots

  2. Motivation

  3. Motivation • Lot of accidents caused due to blind spots while changing lanes in inter-states • Seeing the mirror and driving in the night is difficult due to the head lights • And when it rains it is still worse • Also there is a chance of hitting the vehicle before while turning and looking for vehicles in blind spot.

  4. Related Work • Augmented Reality used in Driver Safety Training mentioned in the Augmented Reality Projects in the Automotive and Aerospace IndustriesHolgerRegenbrecht, Gregory Baratoff, Wilhelm Wilke November 2005 IEEE Computer Graphics and Applications , Volume 25 Issue 6 Publisher: IEEE Computer Society

  5. Related Work • Techniques for view transition in multi-camera outdoor environments Eduardo Veas, Alessandro Mulloni, Ernst Kruijff, HolgerRegenbrecht, Dieter Schmalstieg May 2010GI '10: Proceedings of Graphics Interface 2010 Publisher: Canadian Information Processing Society • Simulating Low-Cost Cameras for Augmented Reality Compositing Authors:GeorgKleinUniversity of Oxford, OxfordDavid W. MurrayUniversity of Oxford, OxfordPublished in:· JournalIEEE Transactions on Visualization and Computer Graphics archiveVolume 16 Issue 3, May 2010 IEEE Educational Activities

  6. Methodology • Dual Mode cameras on both front top right and left corners of the car capture input. • The input is sent to display present above the music system of the car. • The display combines the feed from both the cameras and gives a combined or panoramic view to the driver. • Panoramic view will show the blind spots and adjacent lanes on either side.

  7. Expected Outcome • Study of existing methods. • Ideal spots to place cameras. • Number of cameras needed to make this process efficient and safe. • Ideal spot to place the display. • other approaches to the same problem. • Figure out the various challenges involved.

  8. Scenario of Use • Main usage: To reduce/totally avoid blind spots. • Use the same camera(combine it with sensors ) for other purposes like automatic parking, enabling wipers, adjusting headlight brightness, control speed.

  9. Thank you ! Questions?

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