Optical Coherence Tomography (OCT) is a preferred technology with imaging ocular diseases. However, traditional methods require patients to be stable, preventing those with involuntary eye motion from obtaining accurate OCT images. We demonstrate a pupil tracking and aiming system that utilizes a CompactRIO embedded system for real-time image processing. We show that the pupil tracking and aiming yield an amplitude attenuation of up to 24.08 dB at stage frequencies below 0.5 Hz, outperforming our previous implementation with response latency sufficient to partially stabilize OCT images and potentially provide accurate OCT imaging for those with involuntary eye and head movement.
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