This dataset includes all data needed to replicate the results in our manuscript published in PLOS ONE: Quantifying Positional Variation of Retinal Blood Vessels in Glaucoma.
Data relating to the following project: COMPUTED TOMOGRAPHY OF THE EQUINE TEMPOROHYOID JOINT: ASSOCIATION BETWEEN RADIOGRAPHIC CHANGE AND POTENTIAL RISK FACTORS
Retinal vascular tree segmentation and enhancement has significant medical imaging benefits because, unlike any other human organ, the retina allows non-invasive observation of blood microcirculation,
We introduce the first video-based retinal vessel dataset (RVD) , a collection of 635 smartphone-based videos with detailed vessel annotation. All captured videos have a frame rate of
