An Android App Scanner for Detecting the Freshness and Age of Poultry Eggs using Image Processing

Aniyan, Nisha; Jacob, Pramod Mathew; Pranav, P; Raj, Reshmi; Ghosh, Gopika; Suresh, Amitha

doi:10.1109/icidca56705.2023.10099760

Cited by 5 publications

(1 citation statement)

References 13 publications

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“…Jiang et al leveraged GoogLeNet to automatically extract the features from speckled eggs, achieving a remarkable detection accuracy of 98.19% [10]. Aniyan et al proposed a model incorporating an Android application scanner, utilizing machine vision technology for the non-destructive detection and grading of poultry egg freshness and age [11]. Recognizing the potential of machine vision in grading eggs' internal quality, Liang et al further employed this technology to enable the online detection of egg freshness and cracks [12].…”

Section: Introductionmentioning

confidence: 99%

A Non-Destructive Detection and Grading Method of the Internal Quality of Preserved Eggs Based on an Improved ConvNext

Tang,

Zhang,

Chen

et al. 2024

Foods

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As a traditional delicacy in China, preserved eggs inevitably experience instances of substandard quality during the production process. Chinese preserved egg production facilities can only rely on experienced workers to select the preserved eggs. However, the manual selection of preserved eggs presents challenges such as a low efficiency, subjective judgments, high costs, and hindered industrial production processes. In response to these challenges, this study procured the transmitted imagery of preserved eggs and refined the ConvNeXt network across four pivotal dimensions: the dimensionality reduction of model feature maps, the integration of multi-scale feature fusion (MSFF), the incorporation of a global attention mechanism (GAM) module, and the amalgamation of the cross-entropy loss function with focal loss. The resultant refined model, ConvNeXt_PEgg, attained proficiency in classifying and grading preserved eggs. Notably, the improved model achieved a classification accuracy of 92.6% across the five categories of preserved eggs, with a grading accuracy of 95.9% spanning three levels. Moreover, in contrast to its predecessor, the refined model witnessed a 24.5% reduction in the parameter volume, alongside a 3.2 percentage point augmentation in the classification accuracy and a 2.8 percentage point boost in the grading accuracy. Through meticulous comparative analysis, each enhancement exhibited varying degrees of performance elevation. Evidently, the refined model outshone a plethora of classical models, underscoring its efficacy in discerning the internal quality of preserved eggs. With its potential for real-world implementation, this technology portends to heighten the economic viability of manufacturing facilities.

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Section: Introductionmentioning

confidence: 99%