We present Naive Single Stacked Hourglass (NSSH) network which learns the spatial orientation and pixel intensity contrast between optic disk and fovea to ...

This work proposes a new approach to view the stan- dard biomedical localization as a key-point detection prob- lem where the optic disk and fovea are seen as ...

May 6, 2020 · RETHINKING RETINAL LANDMARK LOCALIZATION AS POSE ESTIMATION: NAIVE. SINGLE STACKED NETWORK FOR OPTIC DISK AND FOVEA DETECTION ; ABSTRACT.

Naive Single Stacked Hourglass (NSSH) network is presented which learns the spatial orientation and pixel intensity contrast between optic disk and fovea to ...

Automatic detection of optic disk and fovea, the two fundamental biological landmarks of the retinal system, is crucial to track the disease progression in ...

RETHINKING RETINAL LANDMARK LOCALIZATION AS POSE ESTIMATION: NAIVE SINGLE STACKED NETWORK FOR OPTIC DISK AND FOVEA DETECTION. Authors, Shishira R. Maiya ...

Rethinking Retinal Landmark Localization As Pose Estimation: Naive Single Stacked Network For Optic Disk And Fovea Detection. SR Maiya, P Mathur. ICASSP, 2020 ...

Rethinking Retinal Landmark Localization as Pose Estimation: Naïve Single Stacked Network for Optic Disk and Fovea Detection. Conference Paper. Full-text ...

This work proposes a novel approach to localizing the centers of the Optic disc and Fovea by simultaneously processing them and modeling their relative ...

Rethinking Retinal Landmark Localization As Pose Estimation: Naive Single Stacked Network For Optic Disk And Fovea Detection Shishira R Maiya*, Puneet ...