ID:AM-2016-1030

Gaze Estimation Considering the Human Eye-head Coordination

‰«’†‘ε˜a, –žγ ˆη‹v, ”ͺ–Ψ NŽj

Keywords:

gaze estimation, vesticulo-ocular reflex, structure from motion

Abstract:

Humanfs gaze direction is a useful cue to understand his/her attention and interest. There are many kinds of eye tracking devices, but they are usually unavailable for people observed in surveillance views because they are located too far to observe their eyeballs. If we could know the gaze direction from such surveillance views, it should be very effective for many applications. Our research objective is thus to estimate the gaze direction without any eye trackers but by observing their behaviors. This paper proposes a new gaze estimation method based on a dynamical model emulating dynamic relation between eyeball and head. Experimental results using head-mounted and body-mounted camera images confirmed its effectiveness.

Bibtex entry:

@inproceedings{Okinaka_MIRU2016,
	author =	{‰«’†‘ε˜a and –žγ ˆη‹v and ”ͺ–Ψ NŽj},
	title =	{Gaze Estimation Considering the Human Eye-head Coordination},
	booktitle =	{‘ζ19‰ρ ‰ζ‘œ‚Μ”FŽ―E—‰πƒVƒ“ƒ|ƒWƒEƒ€ (MIRU 2016) ŠT—vW},
	year =	{2016},
	pages =	{1-4},
	address =	{Γ‰ͺ},
	month =	{August}
}