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Fig 1.

Research workflow for PCF-SPR biosensor model optimization.

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Fig 2.

Schematic diagram of a Fiber-Optic SPR Biosensor system for biochemical detection.

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Fig 3.

Cross-sectional diagram of a PCF-Based SPR biosensor.

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Fig 4.

PCF-SPR biosensor: (a) meshed model, (b) core mode electric field distribution, and (c) SPP mode power flow distribution for y-polarized mode.

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Table 1.

Description of dataset variables used in PCF-SPR biosensor modeling.

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Table 1 Expand

Fig 5.

Neff core and SPP mode phase matching at peak CL.

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Fig 6.

Effect of d1and d2 variation on CL (a) wavelength vs. CL with different d1 for fixed d2 = 1µm (b) wavelength vs. CL with different d2 for fixed d1 = 1.2 µm.

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Fig 7.

Effect of air hole diameter variation on SA (a) SA vs. wavelength with the changes of d1, (b) SA vs. wavelength with the changes of d2.

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Fig 8.

(a) Wavelength vs. CL with variation of tg (b) wavelength vs. SA with different tg.

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Fig 9.

(a) Wavelength vs. CL with variation of pitch (b) wavelength vs. SA based on pitch variation.

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Fig 10.

CL vs. wavelength (a) na = 1.31-1.41, (b) na = 1.31-1.42.

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Fig 11.

SA vs. wavelength for na = 1.31-1.41.

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Table 2.

Optical properties of the proposed SPR biosensor for different na.

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Table 3.

Optical properties for different na with best performing design parameters.

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Table 4.

Maximum absolute SA values for different na.

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Fig 12.

Polynomial regression analysis of resonance wavelength with the change of na.

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Fig 13.

Actual vs. predicted Neff using RFR model.

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Fig 14.

Validation of Neff predictions across different ML models.

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Table 5.

Comparative performance metrics for Neff across different ML models.

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Fig 15.

SHAP summary plot for Neff prediction.

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Fig 16.

SHAP waterfall plot for Neff prediction.

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Fig 17.

Actual vs. predicted CL using RFR model.

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Fig 18.

Validation of different ML models for CL prediction against actual data.

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Table 6.

Performance metrics of ML models for CL prediction.

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Fig 19.

SHAP summary plot for CL prediction.

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Fig 20.

SHAP waterfall plot for CL prediction.

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Fig 21.

Actual vs. predicted result of SA using RFR model.

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Fig 22.

Validation of SA predictions from various ML models against experimental data.

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Table 7.

SA Prediction performance metrics for different ML models.

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Fig 23.

SHAP summary plot of SA prediction.

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Fig 24.

SHAP waterfall plot of SA prediction.

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Table 8.

Comparison with previous work.

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