RETRACTED ARTICLE: Prewitt Logistic Deep Recurrent Neural Learning for Face Log Detection by Extracting Features from Images

Nair, S. K. Sreenivasan; Chinnappan, Sathiya Kumar; Dubey, Anil Kumar; Subburaj, Arjun; Shanthi, S.; Balasubramaniam, Vivekanandam; Sengan, Sudhakar

doi:10.1007/s13369-021-05609-4

Cited by 1 publication

(1 citation statement)

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“…The rough set method was the core method of this study. Currently, there are many traditional edge detection operators, such as Canny [32][33][34], Laplacian [35,36], Prewitt [37,38], and Holistically-Nested(HED) [39][40][41]. Many research papers have shown that traditional operators also have better edge detection effects.…”

Section: Edge Detection Modulementioning

confidence: 99%

Apple Fruit Edge Detection Model Using a Rough Set and Convolutional Neural Network

Li,

Han,

et al. 2024

Sensors

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Accurately and effectively detecting the growth position and contour size of apple fruits is crucial for achieving intelligent picking and yield predictions. Thus, an effective fruit edge detection algorithm is necessary. In this study, a fusion edge detection model (RED) based on a convolutional neural network and rough sets was proposed. The Faster-RCNN was used to segment multiple apple images into a single apple image for edge detection, greatly reducing the surrounding noise of the target. Moreover, the K-means clustering algorithm was used to segment the target of a single apple image for further noise reduction. Considering the influence of illumination, complex backgrounds and dense occlusions, rough set was applied to obtain the edge image of the target for the upper and lower approximation images, and the results were compared with those of relevant algorithms in this field. The experimental results showed that the RED model in this paper had high accuracy and robustness, and its detection accuracy and stability were significantly improved compared to those of traditional operators, especially under the influence of illumination and complex backgrounds. The RED model is expected to provide a promising basis for intelligent fruit picking and yield prediction.

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