S as as possible to ensure different bands will not be aliased. be aliased. aliased.Figure

S as as possible to ensure different bands will not be aliased. be aliased. aliased.Figure 12. Multispectral coding aperture lensless Nourseothricin Antibiotic imaging prototype. Figure 12. Multispectral coding aperture lensless imaging prototype. Figure 12. Multispectral coding aperture lensless imaging prototype.three.2. Imaging Result 3.two. Imaging Outcome 3.2. Imaging Result Because the sub-encoding aperture is about 0.30.3 mm, it also has function of small-hole Because the sub-encoding aperture isis about mm, additionally, it has thethe function of smallSince the sub-encoding aperture about 0.3 mm, it also has the function of smallhole imaging, the imaging is blurred, as shown in Figure 13. 13. imaging, but but the imaging isis blurred, as shown in Figure 13. hole imaging, but the imaging blurred, as shown in FigureSensors 2021, 21, FOR Sensors 2021, 21, x7757 PEER Review Sensors 2021, 21, x FOR PEER REVIEW10 of 12 10 ten of 12 ofFigure 13. Multispectral coded aperture imaging system Epoxomicin web prototype acquisition data. Figure 13. Multispectral coded aperture imaging technique prototype acquisition information. Figure 13. Multispectral coded aperture imaging method prototype acquisition information.A vital function ofofthemultispectral imaging method is istoaccurately receive An essential function ofthe multispectral imaging technique istotoaccurately obtain An essential function the multispectral imaging system accurately obtain spectral information. To verify the capability ofofthemultispectral imaging program totoobtain spectral details. To confirm the potential ofthe multispectral imaging program toobtain spectral information and facts. To verify the ability the multispectral imaging program get multispectral information, the color pattern isis projected onthe LED show. Soon after the information are multispectral data, the colour pattern is projected onthe LED show. After the information are multispectral information, the color pattern projected on the LED display. Right after the data are collected, R R (650 nm), G (550 nm), and(450 nm) three-band image composite color images collected, R(650 nm), G (550 nm), and B B (450 nm) three-band image composite colour imcollected, (650 nm), G (550 nm), and B (450 nm) three-band image composite color images obtained; if theif if the color is consistent using the image, it can be indicated that fairly are are obtained; colour colour is constant using the original image, it it can be indicated that ages are obtained; the is constant using the original original image, is indicated that reasonably accuratedata can information could be obtained. outcomes test results are shown in Figure 14. precise spectral spectral be obtained. The test The test outcomes are shown in Figure 14. somewhat accurate spectral data can be obtained. The are shown in Figure 14.(a)(a) (b)(b)(c)(c)(d) (d)Figure 14. (a) Image of ofthe color led screen. The camera is 28.5 mm away from the screen. (b) Raw Figure 14. (a) Image with the color led screen. The camera is 28.5 mm away from the screen. (b) Raw Figure 14. (a) Image the colour led screen. The camera is 28.five mm away from the screen. (b) Raw data collected. Considering the fact that thethe LED hasnear-infrared light, therethere imageimage near-infrared band. data collected. Because the LED has no near-infrared light, there is no image in the near-infrared band. information collected. Considering the fact that LED has no no near-infrared light, is no is no in the in the near-infrared (c)(c) ImageImage of a single lit and also the obtained image image is preprocessed nine-band PSF. (d) SeImage a a single LED, and also the obtained image is preprocessed i.