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탭버튼_수치해석 탭버튼_실험
 
2.1 Spark induced plasma spectroscopy (SIPS) for real-time analysis about fine dust and virus air propagation
2.2 Classification of the source of samples using spark-induced plasma spectroscopy combined with deep
         learning

2.3 Compact-size all-in-one sensing module for in-situ detecting of components in fine-dust or virus based on
         spark-induced plasma spectroscopy

2.4 Thermal analysis of the metal particles for renewable energy sources
2.5 Metal fuel combustion for the generation of carbon-free renewable energy
2.6 Developing a prototype of FEEP Thruster for Nano-Satellite
2.7 Combustion and thermal behaviour of electrically controlled solid propellants
2.8 Dielectric Breakdown-induced Shockwave and its Biomedical Application
 
2.2 Classification of the source of samples using spark-induced plasma spectroscopy combined with deep learning
Spark-induced plasma spectroscopy combined with deep learning
Recently, plasma spectroscopy coupled with supervised machine learning, partial least squares, and artificial neural networks has demonstrated great utilities for efficient classification of samples with similar chemical composition
This work presents a new attempt on the use of deep learning in identifying the source of fine dust samples
How to use deep learning in plasma spectroscopy
The emission spectrum is transformed into black and white images and classified through the feature extraction
Moreover, the structure and parameters of the two-dimensional CNN model are optimized and determined to be the suitable for the classification