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Original Articles

Quality Assessment of Poultry Egg Based on Visible–Near Infrared Spectroscopy and Radial Basis Function Networks

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Pages 1163-1172 | Received 26 Mar 2015, Accepted 19 Jul 2015, Published online: 06 Feb 2016

Figures & data

FIGURE 1 Haugh unit (a) and Air cell; (b) variations along day ordered experiments for Ref (T: 5°C, RH: 75%) and Room (T: 25°C, RH: 40%) conditions.

FIGURE 1 Haugh unit (a) and Air cell; (b) variations along day ordered experiments for Ref (T: 5°C, RH: 75%) and Room (T: 25°C, RH: 40%) conditions.

FIGURE 2 Experimental set-up for the measurements of transmission spectroscopy (LAX-Cute, 100W Xenon light source, Asahi Spectra).

FIGURE 2 Experimental set-up for the measurements of transmission spectroscopy (LAX-Cute, 100W Xenon light source, Asahi Spectra).

FIGURE 3 Median, average, maximum, and minimum of measured transmission between experiments.

FIGURE 3 Median, average, maximum, and minimum of measured transmission between experiments.

FIGURE 4 Schematic diagram of an RBF network.

FIGURE 4 Schematic diagram of an RBF network.

FIGURE 5 Data analysis flowchart.

FIGURE 5 Data analysis flowchart.

FIGURE 6 Measured and estimated air cell height and Haugh unit: Ref (T: 5°C, RH: 75%).

FIGURE 6 Measured and estimated air cell height and Haugh unit: Ref (T: 5°C, RH: 75%).

FIGURE 7 Measured and estimated air cell height and Haugh unit: Room (T: 25°C, RH: 40%).

FIGURE 7 Measured and estimated air cell height and Haugh unit: Room (T: 25°C, RH: 40%).

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