Applied Optical Electronics

Part I: Optoelectronics in Infrastructure. Applications of Optoelectronics for Structural Health Monitoring. Distributed Acoustic Sensing. Intelligent Infrastructure. Optoelectronics for Control of City Transport. Part II: On-vehicle Applications in Transport. Optoelectronics for Automotive Vehicles. 360° Camera Systems. Part III: Optoelectronics for Security and Surveillance. Applications of Distributed Acoustic Sensing (DAS) for Security and Surveillance. Part IV: Earth Resources and Environmental Monitoring. Summary of Satellite Observation Activities. Satellite-Based Land Monitoring. Satellite Observation of the Oceans. Oceanographic and Aquatic Applications of Optical Sensing Technologies. Cloud Monitoring. Part V: Military Applications. Military Applications. Part VI: Industrial Applications. Optical Gas Sensing Methods for Industry. Laser Machining. Optical Metrology in Industry. Optoelectronics for 3D Printing. Fibre Optical Sensors for Monitoring Industrial Gas Turbines. Raman Gas Spectroscopy. Part VII: Oil, Gas and Mineral Exploration and Refining. Fibre Optics in the Oil Industry. Oilfield Production Monitoring with Fiber Optic Sensors. Applications of Visible to Near-infrared Spectroscopy for Downhole Fluid Analysis inside Oil and Gas Wellbores. Mid-Infrared Spectroscopy for Future Oil, Gas, and Mineral Exploration. Part VIII: Applications in Energy Generation and Distribution. Applications of Electricity Generation by Solar Panels. Advantages of Fiber Optical Sensors for Power Generation. Part IX: Applications for Medicine, Health Monitoring, and Biotechnology. Optoelectronics in Medicine. Breath Analysis with Mid-Infrared Diagnostics. Fibre Optic Manometry Catheters for in Vivo Monitoring of Peristalsis in the Human Gut. Optical Coherence Tomography (OCT) in Medicine. Part X: Free Space, Home and Mobile Portable Equipment Applications. Applications for Home and Mobile Portable Equipment. Optical Communications through Free Space.