2022 5th International Conference on Computer Information Science and Application Technology (CISAT 2022)

Keynote Speakers


Professor Mingfu Zhao

Chongqing University of Technology, China

Speech Title: Intelligent optical fiber sensing technology and application

Abstract: Intelligent sensing technology (IST) is based on the perception and fusion of multi-source information and provides codes of conduct for artificial intelligence (AI), which is an important direction for the development of a new generation of AI. The IST is one of the important components to response the comprehensive strength of a country and is highly valued by countries all over the world. Currently, optical fiber sensing technology has become one of the most important development directions of the IST.To illustrate the impact of the IST on AI, carry out forward-looking research and engineering applications in the "AI field", and to promote an innovation-driven development strategy based on the "big data and intelligence", the report consists of four parts as follows: (1) The relationship between intelligent optical fiber sensing technology and AI, (2) Basic research progress, (3) Interested research directions, (4) Representative results. Furthermore, the report will review our team's progress in basic research, introduce future research directions, and show the the representative results that our team has previously achieved.


Professor Nianbing Zhong

Chongqing University of Technology, China

Speech Title: Intelligent fiber optic sensing technologies for monitoring biofilm growth

Abstract: Biofilm thickness is an important factor affecting biofilm activity, microbial metabolic pathway and biochemical transformation efficiency. On-line non-destructive intelligent sensing of biofilm growth and metabolism information is extremely important for optimizing and controlling biofilm thickness and effectively regulating microbial growth and metabolism processes.On-line non-destructive monitoring of biofilm growth and its biochemical transformation process is a worldwide problem. The research group of "Biochemical Information Intelligent Optical Fiber Sensing Technology and Application" led by the reporter has been engaged in the research of biofilm thickness, biofilm activity and metabolic characteristics for more than 10 years. This report describes the application of intelligent fiber sensing technology in the field of biochemical transformation from three aspects: (1) Intelligent fiber sensing of biomass and its metabolic heat generation, (2) Intelligent fiber sensing of biofilm thickness and metabolic hydrogen generation, and (3) Intelligent fiber sensing of biofilm thickness and metabolic phenol. Furthermore, the perspectives of intelligent optical fiber technology and 3D imaging technology in biofilm identification are also introduced.