Dan-Ying Ma's research while affiliated with Nanjing University of Aeronautics & Astronautics and other places
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Publications (4)
When a convolutional neural network (CNN) model was built, the size and resolution of its input data were fixed. However, Raman spectra collected by different Raman spectrometers usually had different length, intensity range, and wavenumber interval between two adjacent data points, which made the existing CNN model difficult to be applied to a new...
A home-made small-sized Raman spectrometer combined with machine learning algorithms was used to study and identify healthy and multi-period osteoarthritis (OA) canine knee joints. Nine canines were equally divided into three groups according to the post-operative (OA modeling) time of 2-month, 3-month and 7-month. Other two normal canines were use...
Deep learning is usually combined with a single detection technique in the field of disease diagnosis. This study focused on simultaneously combining deep learning with multiple detection technologies, fluorescence imaging and Raman spectroscopy, for breast cancer diagnosis. A number of fluorescence images and Raman spectra were collected from brea...
Submillimetric hollow fiber (HOF-) attenuated total reflection (ATR-) Fourier transform infrared spectroscopy (FTIRS) technique is very suitable for in situ detection of biological samples. HOF-ATR-FTIRS analysis discloses that the significant changes in collagen fiber and proteoglycan between healthy and osteoarthritic (OA) canine specimens. The t...
Citations
... The convolutional kernel essentially constitutes a weight matrix. The computational formula for the convolutional layer is outlined below [24,25]: ...
... In previous works, the ∼ 10 ps pulses from Nd-doped laser are just compressed to 601 fs and 172 fs by one and two MPCs, respectively. [26,27] There is still a long way toward reaching the few-cycle regime. ...
... Fluorescence imaging is a non-invasive and non-toxic imaging method used to visualize biological molecules and processes using fluorescent dyes or proteins as markers. Fluorescence imaging is in fact fast and frequently utilised for identification of biological samples procedures [17,18]. Modern labs frequently use fluorescence microscopy to examine, locate, and monitor individual fluorescing particles [19]. ...
