ARVO 2026 | Booth # 11000 | Colorado Convention Center

ARVO 2026

IDHea® at ARVO 2026 | TOPCON HEALTHCARE BOOTH # 11000

ARVO represents an important moment for IDHea, with expanded research contributions and growing engagement from the vision science community. We look forward to connecting with researchers and collaborators throughout the meeting.

3 May – 7 May | Colorado Convention Center, Denver, CO

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What we're bringing to ARVO 2026

IDHea will have a significant presence at the Association for Research in Vision and Ophthalmology (ARVO) Conference this year, with 26 scientific papers | posters featured at the main event and the Imaging in the Eye pre-conference session May 2nd. These presentations highlight how large-scale, real-world eye care and systemic datasets from the IDHea platform accelerate advances in oculomics, biomarker discovery, and AI-driven research. Just one year after launch, this broad representation reflects the rapid adoption of IDHea across the vision science community.

On Stage at ARVO

Experience our podium presentations for live expert insights and in-depth discussions of breakthrough research in ocular science. Engage directly with presenters on the latest advances in AI, machine learning and data science driving innovation.

TitleFirst AuthorSession No.Session TitleDateTimePresentation No.
Improving community-based OCT screening through AI-based biomarker visualization Jacob Pichelmann112AI in retina I  5/3/20261:00 pm - 2:45 pm311
Impact of scan misalignment in cpRNFL precision  Marco Miranda 312Big data and data science 5/5/20268:30 am - 10:15 am312
Comparison of Foundation Models in Classification of OCT Volumes Theodore Spaide525Machine learning for classification5/7/202611:45 am - 1:30 pm  5547

On the Floor at ARVO

Visit our poster sessions to explore new datasets, innovative methodologies, and research applications—and connect with the team behind the work.

TitleFirst AuthorSession No.Session TitleDateTimePresentation No.
Normalization of data for ocular clinical narratives to train large-language models  Kerry E. Ashby  320 
AI in ophthalmology IV 
5/3/20268:30am - 10:15am  0350 
Prevalence and Characterization of Pigment Epithelial Detachment and Hyporeflective Spaces Detected on OCT Using AI in Optometry  Reena Chopra150
AI in retina I 
5/3/20263:15 pm - 5:00 pm 922-0410 
Comparison of Retinal Thickness Measurements from Vertical and Horizontal OCT Volume ScansThai Do 253 
OCT clinical applications 
5/4/20263:00 pm- 4:45 pm2145-0577
An anatomy-aware OCT reference database built using deep learning with real-world data  Yi Sing Hsiao 255
OCT/OCTA development and technical advances 
5/4/20263:00 pm - 4:45 pm  2206-0638
Temporal Dynamics of Ophthalmology Research Themes via BERTopic on IDHeaRamzi Nasri  257
AI in ophthalmology III 
5/4/20263:00pm - 4:45pm  2274 - 0706 
Optimizing real-world EMR data curation with an NLP pipeline  Anya Guzman  319
Big Data and EHR analysis 
5/5/20268:30am -10:15am 2718 - 0346 
Developing a Standardized Ontology for Reporting Ocular Imaging and Functional Testing Findings  Juan Arias  319
Big data and EHR analysis
5/5/20268:30am - 10:15am  2700 - 0328 
Comparing demographic signal in RETFound features across datasets  Nessa Pantfoerder 320
AI in ophthalmology IV 
5/5/20268:30am - 10:15am2719 - 0347
Analyses of relationship between retinal melanin and glaucoma  Mitchell Kerr 343
Big Data and data science 
5/5/20261:15pm - 3:00pm3032 - 0282 
Learning Effect of a Novel Binocular Visual Function Perimeter   Derek Ho  345
Ophthalmic imaging, visual and retinal function 
5/5/20261:15pm - 3:00pm  3088-0489 
Secure Bring-Your-Own-Model Framework for Model IP Protection in the IDHea Research Platform  Niina Mäkinen 509
Machine learning for classification, segmentation and others 
5/7/20268:00am - 9:45am5188 - 0251 
Federated Learning and Databricks Clean Rooms for Privacy-Preserving Multi-Institutional AI in the IDHea Research PlatformUula Ranta509
Machine learning for classification, segmentation and others 
5/7/20268:00am - 9:45am  5184 - 0247
Evaluating the Robustness of an OCT Biomarker Detection Model in a Predominantly Healthy Cohort   Jamie Campbell-Burke  535 
AI in Retina III 
5/7/202611:45am - 1:30pm0313
Precision and Cross-Device Agreement of a Pattern-Based OCT Metric for Glaucoma DetectionAmiee Ho 507
Posterior segment and optic nerve imaging
4/7/20268:00am – 9:45am 5126-0189
Explainability vs. Data Efficiency: Comparing Specialized and Foundation Models for Retinal Feature ClassificationMarkus Unterdechler 535
AI in Retina III
5/7/202611:45 am – 1:30pm 5661 - 0314
IDHea Ophthalmic Metrics Dashboard (RNFL Thickness and Disc AreRahul Kendale
RE On-demand Presentations
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On the Floor at ARVO Imaging in the Eye

(Ancillary Session, 05/02/2026)

TitleFirst AuthorSession No.Session TitleDateTimePresentation No.
Comparing multi-device reproducibility for choroidal analysis between TABS and ChoroidalyzerJamie Campbell-BurkeRetinal Vasculature & Choroid5/2/20269:30-10am;1-1:30pm;3:30-4pmPB00127
Longitudinal retinal nerve fiber layer and ganglion cell layer thickness trends in a large real-world OCT dataAnya GuzmanGlaucoma5/2/20269:30-10am;1-1:30pm;3:30-4pmPB0059
Comparison of Performance Response to Dataset Size for Different Foundation Models Theodore Spaide Artificial Intelligence & Deep Learning 5/2/20269:30-10am;1-1:30pm;3:30-4pm PB0031
Semi-automated approach for improving patient metadata accuracy in retinal imaging using vascular pattern matching Yi Sing HsiaoOCT/OCTA Methodology & Analysis 5/2/20269:30-10am;1-1:30pm;3:30-4pm PB0093
A comparison of OCT measures obtained from a real-world reference database of healthy subjects when matched with subjects with retinal disease Kristen Knight OCT/OCTA Methodology & Analysis 5/2/20269:30-10am;1-1:30pm;3:30-4pm PB0095
A Multi-Stage Filtering Framework for Large-Scale Cohorting of Patients with Diabetic Macular Edema Jennifer Luu Diabetic Eye Disease 5/2/20269:30-10am;1-1:30pm;3:30-4pm PB0050
Comparative evaluation of two deep learning solutions based on open-source foundation models for diabetic retinopathy detection using a gold standard fundus dataset Mitchell Kerr Diabetic Eye Disease 5/2/20269:30-10am;1-1:30pm;3:30-4pm PB0051

Our IDHea Authors at ARVO

Conference & ARVO Imaging in the Eye Session

Kerry E. Ashby
Kerry E. AshbyDirector, Data Science Curation & Statistics
LinkedIn
Juan Arias
Juan Arias Clinical Data Specialist
LinkedIn
Jamie Campbell-Burke
Jamie Campbell-Burke Data Research Manager
LinkedIn
Reena Chopra
Reena Chopra Senior Clinical Scientist, Artificial Intelligence
LinkedIn
Thai Do
Thai Do Sr. Product Manager
LinkedIn
Anya Guzman
Anya Guzman Scientist, Data Curation, Management and Analysis
Amiee Ho
Amiee HoClinical Research Optometrist
Derek Ho
Derek HoSenior Clinical Scientist, Functional Testing
Yi Sing Hsiao
Yi Sing HsiaoSr. Data Scientist
LinkedIn
Mitchell Kerr
Mitchell Kerr Data Specialist
LinkedIn
Rahul Kendale
Rahul Kendale Senior Data Analyst
LinkedIn
Kristen Knight
Kristen KnightSenior Biostatistician
Jennifer Y. Luu
Jennifer Y. Luu Medical Affairs Director, Scientific Communications
LinkedIn
Niina Mäkinen
Niina Mäkinen AI Solution Architect
LinkedIn
Marco Miranda
Marco Miranda Principle Clinical Scientist
LinkedIn
Ramzi Nasri
Ramzi Nasri Data Engineer
LinkedIn
Nessa Pantfoerder
Nessa Pantfoerder Data Scientist, Data Lake
Jacob Pichelmann
Jacob Pichelmann AI Development Lead
LinkedIn
Uula Ranta
Uula Ranta Tech Lead, Data Platform
LinkedIn
Theodore Spaide
Theodore Spaide Data Scientist and Computer Vision
LinkedIn
Markus Unterdechler
Markus UnterdechlerDeep Learning Engineer
LinkedIn

Engage with the IDHea Community - Connect with Us!

Join a network of researchers, innovators, and data contributors working at the forefront of ocular data science.