Citation:
Lee, K., Qiu, C., Jung, J. - H., & Peli, E. (2018). Motion parallax improves recognition of fixated object with cluttered background in simulated prosthetic vision. In ARVO 2018 . Honolulu, HI. Copy at https://tinyurl.com/y8oxq2dt
The Jung Lab (Dr. Jae-Hyun Jung)
Schepens Eye Research Institute/Mass. Eye and Ear
20 Staniford Street, Boston, MA 02114
E-mail: Jaehyun_Jung at meei.harvard.edu
Publications by Type
- Conference Paper (31)
- Conference Proceedings (43)
- Journal Article (45)
- Magazine Article (1)
- Patent (7)
- Thesis (1)
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Citation Report
Recent Publications
- Develop then Rival: A Human Vision-Inspired Framework for Superimposed Image Decomposition
- Retinal prosthetic vision simulation: temporal aspects
- Photographic Depiction of the Field of View with Spectacles-mounted Low Vision Aids
- Multi-periscopic prism device for field expansion
- Field Expansion with Multiplexing Prism Glasses Improves Pedestrian Detection for Acquired Monocular Vision
- Preparing participants for the use of the tongue visual sensory substitution device
- Poor resolution at the back of the tongue is the bottleneck for spatial pattern recognition
- Design of 45∘ periscopic visual field expansion device for peripheral field loss
- Improved Collision Detection with Multiplexing Prisms by Patients with Acquired Monocular Vision
- The variable spatial resolution is compensated by tip of the tongue tracing in pattern recognition
- Evaluation of Field Expansion for Acquired Monocular Vision with Multiplexing Prisms
- No Useful Field Expansion with Full-field Prisms
- Field Expansion for Acquired Monocular Vision Using a Multiplexing Prism
- Word recognition: re-thinking prosthetic vision evaluation
- Measuring Pedestrian Collision Detection With Peripheral Field Loss and the Impact of Peripheral Prisms
- Motion Parallax Improves Object Recognition in the Presence of Clutter in Simulated Prosthetic Vision
- Multiplexing Prisms for Field Expansion
- Comparing object recognition from binary and bipolar edge images for visual prostheses
- High Power Prismatic Devices for Oblique Peripheral Prisms
- Active Confocal Imaging for Visual Prostheses
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