In this study, an automatic monitoring system based on convolutional neural network (CNN) is proposed to address the automation and accuracy of remote sensing imageprocessing. With the maturity and wide application o...
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ISBN:
(数字)9798350360660
ISBN:
(纸本)9798350360677
In this study, an automatic monitoring system based on convolutional neural network (CNN) is proposed to address the automation and accuracy of remote sensing imageprocessing. With the maturity and wide application of remote sensing and UAV technologies, efficient and accurate image analysis methods have become particularly important. We developed this system through in-depth research on multiple stages of data preprocessing, feature extraction and model training. In the experimental stage, through the comparison experiments with Support Vector Machine (SVM) and Random Forest (RF) models, it is found that the CNN model has significant advantages in processing speed, anti-interference ability and accuracy. Especially in the processing of urban remote sensing images, CNN exhibits up to 90% accuracy, showing its wide applicability and excellent cross-domain application capability. Overall, this study not only successfully develops an efficient and accurate automatic monitoring system for remote sensing images, but also provides strong theoretical and experimental support for future optimization of CNN architecture in natural environments, improvement of real-time data processing capability, and extension to practical applications such as disaster monitoring and environmental protection.
The computing power of the image processor of the handheld viewing system is usually low, which brings some difficulties to the imageprocessing. In this article, an infrared image target detection system is built wit...
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ISBN:
(数字)9781510652095
ISBN:
(纸本)9781510652095;9781510652088
The computing power of the image processor of the handheld viewing system is usually low, which brings some difficulties to the imageprocessing. In this article, an infrared image target detection system is built with the RV1126 development board as the core. Compared with visible light, infrared image has the characteristics of low resolution and blurred details of small targets. According to the above characteristics, conventional imageprocessingalgorithms are difficult to deploy to embedded infrared image target detection systems. Therefore, this article uses SSD neural network to train the infrared target detection model, and converts the model into an infrared target detection model that can be deployed on RV1126 development board through Rknn. The actual test shows the SSD target detection network can achieve intelligent target detection and recognition on the RV1126-based embedded platform in the infrared image target detection.
With the need for image development, a single image can no longer comprehensively represent a video scene, and the development of fused images is imminent. image fusion refers to the process of extracting the most fav...
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ISBN:
(纸本)9798400713880
With the need for image development, a single image can no longer comprehensively represent a video scene, and the development of fused images is imminent. image fusion refers to the process of extracting the most favorable information from each channel through the integrated processing of imageprocessing and computer technology, and finally combining them into a high-quality image. At present, most of the image fusion techniques are mainly focused on visible and infrared images, and the research on synthetic aperture radar and visible light images is limited. In this paper, we focus on image fusion based on visible light and synthetic aperture radar images. First, this paper introduces the definition of image fusion and analyzes the image fusion potential of visible light image and synthetic aperture radar image. Second, the advantages and disadvantages of the two existing image fusion methods are summarized, and a convolutional neural network-based image fusion method is proposed to solve the existing problems. This method mainly processes the high-frequency part and low-frequency part of the image separately. The low-frequency part is mainly processed by linear combination, and the high-frequency part is fused by extracting the corresponding salient features based on VGG19 network. In order to compare with other image fusion algorithms, we conduct experimental tests using the OS dataset to obtain specific definitions of various evaluation metrics of fused images, and find that the proposed algorithm improves the evaluation metrics of fused images. Finally, we conclude this paper and present the remaining challenges in image fusion research and predict possible future research directions.
When applied to image segmentation, most existing multi-objective evolutionary clustering algorithms usually consider the information at the pixel level. Sometimes ignoring the region information of the image may lead...
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With the explosive advancements in image display technology, recapturing high-quality images from high-fidelity LCD screens becomes more and more easy. Such recaptured images can not only be used for deceiving intelli...
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Due to COVID-19, intelligent thermal imagers are widely used all over the world. Since intelligent thermal imagers usually require real-time temperature measurement, it is significant to find a method to quickly and a...
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The automated system is now created with excellent accuracy to detect abnormalities in X-ray images. To enhance the appearance of medical photographs, image pre-processing methods are applied, so that high accuracy ca...
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As the quantity of images has expanded significantly, commonly utilized Content Based image Retrieval algorithms are commonly utilized in our ordinary routine. When it comes to processing and storing information, imag...
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Google Earth Engine is a geospatial data processing platform that runs in the cloud. It offers free access to massive amounts of satellite data as well as unlimited computing power to monitor, visualize, and analyze e...
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This paper introduces an intelligent delta robot system enhanced with imageprocessing to optimize Pick & Place operations in Agricultural Produce Centers (APCs). Facing a critical demand for mechanization in agri...
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ISBN:
(数字)9789887581598
ISBN:
(纸本)9798331540845
This paper introduces an intelligent delta robot system enhanced with imageprocessing to optimize Pick & Place operations in Agricultural Produce Centers (APCs). Facing a critical demand for mechanization in agriculture due to a shrinking rural workforce, our system utilizes camera-based segmentation and depth estimation to efficiently automate the packaging of fruits and vegetables. It concentrates on essential tasks such as precise gripping and ungripping, supported by advanced camera-based visual sensors. Integrating these vision technologies with delta robot kinematics and specialized imageprocessingalgorithms allows the robot to execute highly accurate movements. Our implementation showcases significant enhancements in the efficiency and reliability of APC operations, advancing the field of agricultural robotic automation and establishing a new standard for future developments in automated food production.
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