Convolutional neural networks are more and more widely used in our lives. computervision tasks dominated by traditional algorithms are also trying to introduce deep learning networks. image dehazing is a good field. ...
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Weather map recognition is a complex imagerecognition task that requires two cognitive processes: the interpretation of symbols and future predictions. Recent advancements in multimodal AI have shown the potential to...
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Audio-visual segmentation is a recently proposed task, whose main goal is to locate the target of the sound in the image at the pixel level. In practical scenarios, multiple types of audio can coexist, with different ...
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the identification of rice varieties holds paramount importance in addressing global food challenges, given that rice serves as a staple food source for more than half of the world's population. Accurate identific...
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Nowadays, the images recognition has become a fundamental component in computervision and assist to identify the objectives in the complex images. Withthe development of images processing methods, the image-level ob...
Nowadays, the images recognition has become a fundamental component in computervision and assist to identify the objectives in the complex images. Withthe development of images processing methods, the image-level objectives recognition accuracy has been greatly enhanced by utilizing the machine learning models or neural networks. However, existing methods are mainly concentrated on the primary features of input images and concentrate on some certain areas, which ignore the environment features and the deep investigation of the image data-set. In this paper, we propose a novel imagerecognition method to identify the objectives and obtain the policy gradients for decreasing orders. Furthermore, we compare our proposed models with existing traditional machine learning methods to evaluate the performance of recognition accuracy. From our extensive experimental results, we can conclude that our proposed methods can achieve the subjective detection from numerous images data-set with reasonable computation costs.
Over the past years, deep learning techniques has had a strong impact on many areas of technical intelligence, including handwriting recognition. Handwriting recognition it is defined as the domain which allow a compu...
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Withthe continuous progress of society and the change of learning methods and teaching environment, research on the analysis of College Students' learning situation in the classroom is emerging in endlessly. the ...
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ISBN:
(纸本)9783031243660;9783031243677
Withthe continuous progress of society and the change of learning methods and teaching environment, research on the analysis of College Students' learning situation in the classroom is emerging in endlessly. the real-time learning situation analysis (LSA) system of college students mainly analyzes college students' learning status and behavior in the classroom, which can provide college teachers withthe basis and means to effectively manage the classroom. Based on computervision (CV) technology, this paper takes the students' listening behavior in college theory class as the research object, and uses CAMSHIFT tracking algorithm to analyze the behavior of college students in class. On this basis, the system of classroom learning situation analysis (CLSA) based on CV is designed and implemented. through the simulation experiment, the traditional algorithm is compared withthe CV CAMSHIFT tracking algorithm;the test results show that the recognition rate of this algorithm is about 10% higher in the case of facial interference, which proves the accuracy, availability and effectiveness of the classroom real-time LSA system designed and studied in this paper, and provides a new way of LSA for college teachers and students.
the proceedings contain 108 papers. the topics discussed include: a two-stage algorithm for automatic diagnosis of keratitis;fabric defect detection method based on projection location and superpixel segmentation;glob...
ISBN:
(纸本)9781665495448
the proceedings contain 108 papers. the topics discussed include: a two-stage algorithm for automatic diagnosis of keratitis;fabric defect detection method based on projection location and superpixel segmentation;global multi-scale fog salient object detection based on local attention feature;fire smoke detection based on vision transformer;a survey of text detection algorithms in images based on deep learning;gait feature extraction and recognition based on video compression;gait feature extraction and recognition based on video compression;a herd effect detection method based on text features;face inpainting algorithm combining face sketch and gate convolution;and compact fuzzy BLS driven semi-supervised multi-objective evolutionary adaptive multiple-kernel fuzzy clustering for color image segmentation.
this paper uses mobile network mode to develop and model Python crawler based on Ubuntu16.04 and CUDA9.0. the visualization of this pattern was achieved using Tensor Board software. the hardware design of the system c...
this paper uses mobile network mode to develop and model Python crawler based on Ubuntu16.04 and CUDA9.0. the visualization of this pattern was achieved using Tensor Board software. the hardware design of the system consists of three modules: linear array CCD sensor, DSP processor and signal processing circuit. through the reconstruction and learning of such models, the trained models are stored, so as to obtain higher precision imagerecognition. A method of classifying objects using Fourier description operators is proposed. the experimental results show that the accuracy of the image is 96.8% and the recognition time is 0.55 seconds. Motion tracking is based on the positioning and capture of the specific position of the human hand in each screen, and the captured frame rate is 28 frames per second. the system can quickly acquire images of 1024*1500 pixels at a rate of 5 photos/second. through the static identification of posture and tracking of motion trajectory, the interaction between human and machine is better.
this paper proposes a virtual system for college English vocabulary assisted learning based on B/S computer. then an imagerecognition method based on word context vector similarity matching and CNN+BLSTM is proposed ...
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