Scopus Indexed Publications

Paper Details


Title
Deep Learning Techniques for Local Spinach Variant and Freshness Detection
Author
Md. Nahid Hasan, Amatul Bushra Akhi, Sonjoy Prosad Shaha,
Email
Abstract

Capturing the fundamental qualities and properties of the local spinach variation entails doing a thorough investigation. Examining the spinach variant's unique morphology, nutritional makeup, flavor character, and growing environment is part of this procedure. A thorough comprehension of the variant's unique characteristics is attained, making it easier to identify and distinguish it from other spinach variations. DL algorithms may be utilized to determine the freshness of the local spinach variation. One kind of DL model is the convolutional neural network (CNN), which may be educated on datasets including pictures of spinach at various stages of freshness. These models are trained to extract pertinent characteristics, including color, texture, and leaf shape, that are indicative of freshness. After training, the model can quickly and non-destructively evaluate spinach samples by correctly classifying them according to their freshness status. Using deep learning to detect freshness in the local spinach variety, an extensive framework for quality assurance and evaluation is created. This method guarantees that customers obtain a high-quality product by making it easier to identify and characterize the spinach variation and to assess its freshness in real time.

Keywords
Journal or Conference Name
2024 IEEE Conference on Computing Applications and Systems, COMPAS 2024
Publication Year
2024
Indexing
scopus