Venkatasubramaniam Ramanathan Ravishankar Arivazhagan.

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Augmented Reality for Blind Spots Venkatasubramaniam Ramanathan Ravishankar Arivazhagan

Transcript of Venkatasubramaniam Ramanathan Ravishankar Arivazhagan.

Page 1: Venkatasubramaniam Ramanathan Ravishankar Arivazhagan.

Augmented Reality for Blind Spots

Venkatasubramaniam RamanathanRavishankar Arivazhagan

Page 2: Venkatasubramaniam Ramanathan Ravishankar Arivazhagan.

Motivation

Page 3: Venkatasubramaniam Ramanathan Ravishankar Arivazhagan.

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.

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Related Work

Augmented Reality used in Driver Safety Training mentioned in the

Augmented Reality Projects in the Automotive and Aerospace IndustriesHolger Regenbrecht, Gregory Baratoff, Wilhelm Wilke

November 2005

IEEE Computer Graphics and Applications , Volume 25 Issue 6

Publisher: IEEE Computer Society

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Related Work

Techniques for view transition in multi-camera outdoor environments

Eduardo Veas, Alessandro Mulloni, Ernst Kruijff, Holger Regenbrecht, Dieter Schmalstieg

May 2010GI '10: Proceedings of Graphics Interface 2010 Publisher: Canadian Information Processing Society

Simulating Low-Cost Cameras for Augmented Reality Compositing

Authors:Georg KleinUniversity 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

Page 6: Venkatasubramaniam Ramanathan Ravishankar Arivazhagan.

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.

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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.

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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.

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Thank you !

Questions?