The quality of fruit plays a fundamental role in their marketing and is mainly defined by its shape, color, and size. The classification process is traditionally done manually and takes time. The use of image processi...
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ISBN:
(纸本)9783031048814;9783031048807
The quality of fruit plays a fundamental role in their marketing and is mainly defined by its shape, color, and size. The classification process is traditionally done manually and takes time. The use of image processing techniques can help this task. Some methodologies for image classification are presented, using deep neural networks. A set of combinations between Convolution Neural Networks (CNN), deep neural networks (DNN) using Gabor filter, over RGB and grayscale images, extracting texture properties of a GLCM (Gray Level Co-occurrence Matrices) is used in this project. Background segmentation, contrast enhancement, and data augmentation are also used to improve generalization and minimize overfitting. Applying it to a set of tropical fruits resulted in an excellent set of results, above 95% on average.
This study addresses the crucial task of architectural decorative imagepatternrecognition in the context of iconography, with an emphasis on efficient information mining. The proposed research work presents a novel ...
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ISBN:
(数字)9798350396157
ISBN:
(纸本)9798350396164
This study addresses the crucial task of architectural decorative imagepatternrecognition in the context of iconography, with an emphasis on efficient information mining. The proposed research work presents a novel algorithm that combines edge detection, ResNet50, and the triplet attention mechanism for image style analysis. The proposed methodology is organized into comprehensive sections, including a literature review that explores various studies in imagepatternrecognition. The proposed algorithm focuses on overcoming the challenges faced by existing deep learning methods in capturing aesthetic style features. It introduces a multifaceted self-supervised task and incorporates edge detection using the Canny method, followed by the application of ResNet50 with a triplet attention mechanism. The paper then focuses on the optimization of the network structure for the targeted task of architectural decorative imagerecognition, introducing a feature embedding encoder (FEE) to effectively handle multi-level structures. In the experimental phase, the proposed model is tested against traditional CNN and FCM models, demonstrating superior performance with recognition accuracy consistently ranging from 97% to 99%. The comparative analysis highlights the effectiveness of the proposed algorithm in achieving high accuracy, positioning it as a promising solution for imagerecognition tasks.
In response to the challenge of obtaining clear monitoring images in non-ferrous metal smelters, particularly under complex atmospheric conditions and varying levels of dust and fog concentrations, we have designed an...
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image classification technology is at the heart of many complex computer vision applications, including object tracking, video categorization, and action identification. In the area of picture classification, data-dri...
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This paper mainly applies fuzzy logic to the edge detection of handwritten images in English. image edge detection is an important part of image processing. Through image edge detection, the amount of data can be grea...
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In deep learning-based low-light image enhancement (LLIE) methods, the more effective use of image features plays a crucial role in enhancing the quality of images. In the paper, a Transformer-based multi-scale gradie...
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In order to solve the problem that the existing remote sensing image change detection methods based on deep learning mostly focus on designing complex convolutional neural network models to enhance the detection capab...
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Hyper Spectral up-to-date evaluation has up to date be an increasing number of vital up-to-date in precision farming for predicting crop manufacturing and yield forecasting. The era offers an innovative and green way ...
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ISBN:
(纸本)9798350381931
Hyper Spectral up-to-date evaluation has up to date be an increasing number of vital up-to-date in precision farming for predicting crop manufacturing and yield forecasting. The era offers an innovative and green way of reliably measuring the fitness of vegetation and crop production ability by providing high-resolution imaging information that allows estimates of crop biomass, vigor, and yield. This technology is mainly helpful in fast crop health assessment, with on-hand visuals that permit fast evaluation within the field. A significant gain of this generation is its capacity to date capture the spectral signature of flora appropriately and precisely, with date consideration advances in precision farming and precision agriculture. Using the technology, researchers have been up-to-date in creating specific spatial assessment maps of crop health, imparting local and nearby statistics approximately crop productiveness capacity. This information can be used up to date optimize management practices up to date increase productivity and ***, the generation has recently become even more accurate by improving synthetic Intelligence (AI) algorithms, such as up-to-date gadgets and hyperspectral up-to-date, enhancing the era's accuracy and usual reliability in modeling crop fitness. Hyperspectral picture analysis is an increasing number of unique techniques for forecasting crop manufacturing and yield. It involves the spectral measurements of a pattern of plants throughout the visible and up-to-date infrared (NIR) spectrum, which is then utilized to date to create a hyperspectral profile of the sample. analysis of such profiles can reveal the updated presence of yield-figuring components, including updated water, nutrients, and up-to-date biomass. By comparing these components, predictive models of increase estimates may be created. The combination of high-resolution hyperspectral up-to-date analyses with airborne far-off sensing offers a remarkable level of temp
The next-generation of artificial intelligence technology has contributed significantly to the development of medical intelligence. However, the widespread use of deep neural networks (DNNs) has also brought about ser...
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Detecting the corresponding editions from just a pair of input-output images represents an interesting task for artificial intelligence. If the possible image transformations are known, the task can be easily solved b...
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ISBN:
(纸本)9783031048814;9783031048807
Detecting the corresponding editions from just a pair of input-output images represents an interesting task for artificial intelligence. If the possible image transformations are known, the task can be easily solved by enumeration with brute force, yet this becomes an unfeasible solution for long sequences. There are several state-of-the-art approaches, mostly in the field of image forensics, which aim to detect those transformations;however, all related research is focused on detecting single transformations instead of a sequence of them. In this work, we present the image Transformation Sequence Retrieval (ITSR) problem and describe a first attempt to solve it by considering existing technology. Our results demonstrate the huge difficulty of obtaining a good performance-being even worse than a random guess in some cases and the necessity of developing specific solutions for ITSR.
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