OFS 30 will highlight new concepts, developments, and applications in the field of optical fiber sensor science and technology, as well as applications and related areas. New advances in optical fibers or optical fiber systems with the potential to impact sensor applications are also welcome.
Topics include, but are not limited to:
Temperature, Pressure, Strain, Vibration, Acceleration, Flow, Rotation, Displacement, Others
Magnetic Field, Electric Field, Current, Voltage
Chemical Sensors, Remote Spectroscopy, Environmental Monitoring, Security, Defense and Industrial Application
Sensing for Biophotonics, OCT Imaging, Instrumentation for Life Sciences, In-Vivo Applications
Gyroscopes, Hydrophones, Geophones, Acoustic Sensor Arrays
Time, Frequency, Coherence, and Correlation Domain Reflectometry; Rayleigh, Raman, and Brillouin Detection Techniques; Sensing Cable Designs, Standard and Novel Applications
Topologies and Theories, Multiplexing Techniques, Applications
Sources, Detectors, Modulators, Specialty Fibers, Integrated Optics Devices, Fiber Gratings, MEMS, Micro-Optic Components
Principles, Technology Challenges, Specialty Fiber and Components, Applications
Photonic Crystal Fibers, Hollow Core Fibers, Nanomaterials and Nano-Optical Devices, Metamaterials, Diffractive Optics, Plasmonic Based Sensing, On-chip Photonic Sensing and Signal Processing
Genetic Algorithms, Neural Networks, Data Fusion, Pattern Recognition, Statistical Methods, Virtual Instrumentation
Structural Health Monitoring, Strain and Deformation Sensors, Fiber Embedding Techniques, Condition Monitoring Algorithms
Relevant Installations and Field Demonstration of Photonic-based Sensing Systems, Metrology Projects, Standardization, Commercialization
