Date fruit (Phoenix dactylifera L.) is known for its diversity in terms of genotypes that differ in
shape, color, texture, taste, and other physical and sensory attributes, in addition to …

Introduction Date palm species classification is important for various agricultural and
economic purposes, but it is challenging to perform based on images of date palms alone …

The fruit of the date tree (Phoenix dactylifera L.) is increasingly recognized for its nutritional
and functional value. This exotic fruit shows variable composition, influenced by factors such …

This work proposes an innovative autonomous system based on intelligent deep-transfer
learning for the sustainable harvesting of palm trees. The machine learning-based …

The essentiality of categorizing dry foods plays a crucial role in maintaining quality control
and ensuring food safety for human consumption. The effectiveness and precision of …

Dates are essential fruits loaded with vital nutrients that keep bones healthy and prevent
bone-related disorders. Approximately 8.46 million tons of different types of dates are …

In the culturally and economically vital date palm sector of the Arab world, precise
assessment of fruit maturity, type, and disease is crucial for optimizing yield, quality, and …

This study proposes a novel approach for the classification of date fruits using image
processing, convolutional neural networks (CNN), and explainable artificial intelligence (AI) …

Date fruit, a vital agricultural product in the Middle East area, is harvested annually in
millions of metric tons and is renowned for its abundant nutrients. With computer vision and …

The date fruit, scientifically known as Phoenix dactylifera, is a significant dietary component
due to its high nutritional value and abundance of essential vitamins and minerals. The …