2021 International Conference of Optical Imaging and Measurement ICOIM

活动简介

Optical imaging and measurement are closely related and have a wide range of applications such as microscope, telescope, sensor, etc. Usually, imaging is the basis of measurement, and measurement is a rigorous consideration of imaging results in a quantitative way. This conference covers a broad field of advanced optical imaging and precision measurement technologies ranging from micro to macro, from static to dynamic, from single physical quantity to multiple. Optical methods continuously have a profound impact on the new development of science and technology, such as the milestone breakthroughs, STED optical nanoscope (Nobel Prize in Chemistry 2014) and LIGO’s interferometer (Nobel Prize in Physics 2017). This conference is looking forward to building a bridge among optical scientists, engineers and entrepreneurs.
Sponsor Type:3; 9; 9; 9

组委会

Conference Chair

Chairman:

Prof. Shuming Yang

School of Mechanical Engineering, Xi’an Jiaotong University

Research interests: Micro-/nano-fabrication and measurement, Optical technology and instrumentation, Precision/ultra-precision manufacturing, etc.

Co-Chairman:

Prof. Yiting Yu

School of Mechanical Engineering, Northwestern Polytechnical University

Research interest: Micro-nano optical imaging

Co-Chairman:

Prof. Huigao Duan

The College of Mechanical and Vehicle Engineering, Hunan University

Research interests: Micro-nano manufacturing technology and equipment, Design and manufacture of parts with very small scale and high precision,Special / standard gratings and transducers for advanced equipment and instruments, Microsystem technology (micro sensor / micro drive / micro energy), Intelligent optical display / anti-counterfeiting

The number of H Index of Prof. Huigao Duan is 40.

Technical Program Committee Chair

Prof. Xichun Luo

School of Computing and Engineering, University of Strathclyde

Research interests: Ultra-precision machining, Hybrid micromachining, Nanofabrication, Digital manufacturing, etc.

The number of H Index of Prof. Xichun Luo is 29

Personal homepage: https://www.strath.ac.uk/staff/luoxichunprof

Publication Chair

Prof. Zonghua Zhang

School of Mechanical Engineering, Hebei University of Technology

Research interests: 3D Optical imaging, High-resolution optical microscopy, Optical nanoscopy, Computational imaging, etc.

The number of H Index of Prof. Zonghua Zhang is 20.

Personal homepage: https://www.hebut.edu.cn/szdw/xktd/jxgcxy/52316.htm

Local Committee Chair

Chairman:

Prof. Shuhai Jia

School of Mechanical Engineering, Xi’an Jiaotong University

Research interests:Photoelectric detection, Sensing technology, New photoelectric devices, etc.

The number of H Index of Prof. Shuhai Jia is 14.

Personal homepage: http://gr.xjtu.edu.cn/web/shjia

Co-Chairman:

A/Prof. Tao Liu

School of Mechanical Engineering, Xi’an Jiaotong University

Research interests: 3D Optical imaging and Measurement techniques, Theory and Application of microstructural plane lens, Diffraction optics, micro-nano optics, nano photonics.

Personal homepage: http://gr.xjtu.edu.cn/web/liu8483

征稿信息

征稿范围

Topics include but are not limited to the following areas:

1. Optical imaging

3D Optical imaging
High-resolution optical microscopy
Optical nanoscopy
Computational imaging
Bioimaging
Spectral imaging
Terahertz imaging
Flat optics
Super-resolution imaging
Computational optical imaging
Scattering imaging
Lensless imaging
Polarization imaging
High-speed imaging
X-ray and terahertz imaging
Deep learning imaging
Spectral imaging
AR/VR/MR imaging
High-definition display
Metasurface imaging and display
Light field computational imaging
Computational imaging spectrometry
Transient computational imaging
Digital holographic imaging
Computational microimaging
Front coding computational imaging
Dehazing, debouncing, deblurring
3D Light field display
3D Holographic display
2. Optical technology, application and precision measurement

Instrumentation theory and measurement technology
New instrument and measurement System
Modern optical and precision measurement instrument
Optoelectronic system and optical instrument design
Measurement system and instrument calibration
MEMS and nano-measurement
Accuracy theory and uncertainty analysis
Advanced optical machining measurement
Advanced algorithm and mathematical method of computational imaging
Non-traditional sensing and imaging technology
Multidimensional dynamic information capture, extraction and processing
3. Optical measurement

3D Optical measurement
Optical metrology
Surface topography
Interferometry measurement
Optical sensor
Extreme measurement
Online optical measurement
Holographic measurement
New theory and technology of optical imaging and measurement
4. Photoelectric device

Fiber optic laser
Testing instrument, microscopic instrument
Image software and device (CCD device)
Multimedia microscopic interaction
Optical surveying and mapping Instrument (Level)
Light source and coating (LED light source)
5. Optoelectronics and communication

Optical fiber technology
Optical fiber wireless fusion network
Artificial intelligence and photonic neural network
Optical information processing and device
Integrated optical chip
Biological sensing
6. Biomedical optics

Photobiomodulation
Fluorescence lifetime imaging
Photoacoustic tomography, PAT
Nanomedicine material
OCT Imaging technology
Endoscopic optical imaging technology
7. Optical material

Transparent optical material (transmission material)
Plastic optical material
Reflective optical material
Nanophotonic material
8. Other relevant topics