Measurement Technologies for Ophthalmic Diagnosis, Therapy, and Vision Assessment
TECHNICAL OUTLINE
Advances in ophthalmic diagnosis, treatment, and vision assessment increasingly rely on highly accurate optical measurement technologies. Modern ophthalmic systems, including optical coherence tomography (OCT), corneal topographers, wavefront aberrometers, ocular biometers, retinal imaging systems, intraocular pressure measurement systems, surgical guidance systems, and treatment monitoring devices, require rigorous metrological characterization and validation to ensure measurement accuracy, traceability, repeatability, and comparability across clinical centers.
The objective of this Special Session is to provide an interdisciplinary forum where researchers working in measurement science, photonics, biomedical engineering, instrumentation, and clinical ophthalmology can discuss the latest developments in metrology for ophthalmic diagnosis, treatment planning, therapy monitoring, and vision assessment. Particular emphasis will be placed on measurement uncertainty, calibration methodologies, reference standards, instrument validation, quality assurance, reporting guidelines, multimodal imaging, image-guided interventions, AI-assisted measurement systems, and emerging optical technologies supporting next-generation ophthalmic diagnosis and therapy.
The Special Session aims to bridge measurement science with clinical practice by promoting discussions on innovative instrumentation, standardized measurement methodologies, and quantitative assessment techniques supporting both ophthalmic diagnosis and treatment.
- Optical Coherence Tomography (OCT) metrology
- Calibration and validation of ophthalmic instruments
- Corneal topography and tomography
- Wavefront sensing and ocular aberration measurements
- Ocular biometry
- Intraocular pressure measurement and monitoring
- Quantitative retinal imaging
- Image-guided ophthalmic surgery
- Measurement technologies for laser-based ophthalmic treatments
- Treatment monitoring and quantitative outcome assessment
- Photonic sensors for ophthalmology
- Multimodal ophthalmic imaging
- Metrology for visual function assessment
- Eye tracking and gaze measurement
- Measurement uncertainty and traceability in ophthalmic diagnostics
- AI-assisted ophthalmic measurements
- Standards and quality assurance for ophthalmic instrumentation
- Emerging optical and photonic technologies for vision assessment
ORGANIZED BY
KEYWORDS
Optical measurements, Measurements for medicine, Biomedical measurements, Ophthalmic metrology, Optical diagnostics, Ophthalmic imaging, Vision assessment, Measurement uncertainty, Instrument calibration and validation, AI-assisted measurement systems.