Many methods have been used to forecast stock market trends in the big data age, including real numbers, fuzzy time series data, fuzzy sets design, and conventional time series data. The control of semantic value data...
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This study presents a comprehensive framework for enhancing microbial image data using a deep learning algorithm to improve the quality and analysis of microscopic images. The framework includes a deep learning-based ...
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Currently, we are developing an edge device framework to help the setup of the edge device remotely through an internet of Things (IoT) application server platform called SEMAR (Smart Environmental Monitoring and Anal...
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Limited-angle and sparse-view computed tomography have been widely used to shorten the acquisition time in medical imaging and to offer the possibility of scanning large objects. However, this is a severely ill-posed ...
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ISBN:
(纸本)9781665464956
Limited-angle and sparse-view computed tomography have been widely used to shorten the acquisition time in medical imaging and to offer the possibility of scanning large objects. However, this is a severely ill-posed inverse problem due to missing data. In these scenarios, the well-known filtered back-projection reconstruction technique exhibits severe artifacts and degradation. Recently, deep learning methods have demonstrated impressive performance in computer vision (denoising, classification, etc.) but it frequently fails to solve both limited-angle and sparse-view reconstruction. Inspired by the high performance of GAN-basedimage-to-image translation methods, we investigate a patchGAN as a solution to the reconstruction problem mapping data (Radon space) into the image domain. The generator is made of a V-net where the reconstruction in the sense of a least-squares minimization is carried out at different scales in the encoder path and linked with the decoder path by skip connections. The discriminator uses both information from the image and projection data domains. The proposed method gives promising reconstruction results from data acquired with a limited angular range covering only 110 degrees (instead of 180 degrees), as well as for sparse-view data with 10 degrees of sampling step. Moreover, different reconstruction results show that the method is able to reconstruct images from sparse and limited angular range data at the same time.
In response to the limitations of vision-based human posture recognition in low-light or occluded environments, this article innovatively proposes a flexible pressure sensor array system to monitor the pressure distri...
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The rain pollution detection system of sponge city based on internet of Things is designed, which can be used for on-line remote detection of sponge city rain and sewage, and realize the over-limit alarm. A set of BP ...
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Advances in information and communications technology have changed the way various sectors, from finance to the military, operate. However, this evolution has also increased cybersecurity threats, posing potential ris...
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The paper presents the design of an Analog-to-Digital Converter (ADC) using Voltage Controlled Oscillator (VCO)based ADC techniques, calibrated for internet of Things (IoT) applications with a power supply of only 1.3...
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The majority of existing work on sonar image recognition focuses on closed set, where system tends to make incorrect classifications when encountering unknown underwater targets. Therefore, the problem of sonar image ...
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At present, phase mode transformation is often used in distribution network fault distance measurement to process transient travelling wave data. We analyze the deficiencies of the existing phase mode transformation m...
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