Inspired by the massive demand for pose-comparison technology in today's society especially athletes and police;A real-time human body pose comparison method based on part affinity fields neural network is propose...
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ISBN:
(纸本)9781728151021
Inspired by the massive demand for pose-comparison technology in today's society especially athletes and police;A real-time human body pose comparison method based on part affinity fields neural network is proposed. The neural network is used to extract the feature map. The CNN network and the L2 loss calculation are used to extract the detected confidence map and the part affinity field. The maximum weight bipartite graph is used to calculate the optimal connection between the limb parts. The example shows that the method can extract the angles of various parts of the human body more accurately as the reference basis for the pose comparison.
Multiple source sensor fusion is the foundation of motion planning for autonomous driving system, which is the crucial part in improving the performances for unmanned operational system. In this article, based on the ...
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ISBN:
(数字)9781510634107
ISBN:
(纸本)9781510634107
Multiple source sensor fusion is the foundation of motion planning for autonomous driving system, which is the crucial part in improving the performances for unmanned operational system. In this article, based on the deep learning platform CATARC constructed, applied with Udacity's Lincoln MKZ multiple sensor data, implemented with Robotic Operation System, Computer Vision, PointCloud Library, Deep Neural Networks and Extended Kalman Filter, constructed a low-cost object pose estimation data fusion solution, aiming at technic support for the industrialization of autonomous driving technologies.
Cognitive radar is a newly emerging intelligent radar that can adaptively change the transmitted signal waveform according to changes in the target and environment to improve the accuracy of target state estimation. I...
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The laborious manual person ID annotation results in limited training data and increased difficulty in learning discriminative representations. Meanwhile, high dimensional deep features are not ready for fast indexing...
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ISBN:
(纸本)9781728111988
The laborious manual person ID annotation results in limited training data and increased difficulty in learning discriminative representations. Meanwhile, high dimensional deep features are not ready for fast indexing and matching. Those challenges hinder the application of person Re-Identification (ReID) in large-scale data. To conquer those challenges, we propose a novel training strategy to learn compact binary hash codes. To facilitate feature learning, person images are decomposed into body parts, which are then composed across images into new positive and negative training samples. Binary code quality restrictions are also applied the during training procedure. Requiring no extra annotation costs, our algorithm iteratively generates hard training samples by itself and makes discriminative hash code learning with a limited number of labeled data possible. We hence use "self-guided" to describe this training procedure. Extensive experiments are conducted on two large-scale person ReID datasets, i.e., Market1501 and MSMT17 with distractors, showing our method is competitive compared with recent works.
This paper illustrates an integrated monitoring approach for wind turbines exploiting this Industry 4.0 context. Our combined edge-cloud processing approach is documented. We show edge processing of vibration data cap...
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The world population is expected to grow by over a third by 2050. Market demand for food will continue to grow. Automated drones and different robots in savvy cultivating applications offer the possibility to screen r...
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ISBN:
(纸本)9781728123844
The world population is expected to grow by over a third by 2050. Market demand for food will continue to grow. Automated drones and different robots in savvy cultivating applications offer the possibility to screen ranch arrive on a for each plant premise, which thus can diminish the measure of herbicides and pesticides that must be applied. There is a gap between current food productivity growth and needed growth. To boost the yield, farmers switched to extensive use of chemical fertilizers. Excessive fertilizer usage has its negative impact like decreased yield, wastage of fertilizer, damage to soil, and groundwater contamination. Currently, farmers mostly rely on guesswork, estimation, experience when deciding the crop that should grow, and the fertilizer that should be used. In this paper, we have proposed a solution that uses technologies like machinelearning, Image processing, and the Internet of things to improvise farm productivity and at the same time, decrease the fertilizer usage. This paper describes the outcomes of a prototype implemented in Rajasthan, India.
As people around the globe are becoming conscious about their weight, consume healthy and low-calorie food and keep away from obesity, it's an urge to establish a reliable system with high accuracy and efficiency ...
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ISBN:
(纸本)9781728139883
As people around the globe are becoming conscious about their weight, consume healthy and low-calorie food and keep away from obesity, it's an urge to establish a reliable system with high accuracy and efficiency for calorie and nutrition measurement in fruit/vegetable. The proposed model is developed to assist patients and dieticians to compute daily intake of calories. In this approach, 5 different machinelearning models are used to predict classification accuracy. Our system includes camera and intelligent mat to capture the picture of the fruit/vegetable, in order to calculate the consumption of calorie. The proposed model achieves 88% accuracy with different testing-training cross validation dataset.
This paper aims to analyze the relationship between the students' numerical rating and the qualitative measure of the students' written comments in the faculty evaluation using sentiment analysis. The dataset ...
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ISBN:
(纸本)9781450372299
This paper aims to analyze the relationship between the students' numerical rating and the qualitative measure of the students' written comments in the faculty evaluation using sentiment analysis. The dataset which consists of the numerical ratings and students' feedback obtained from the faculty evaluation system was used in the experiment. An ensemble model which consists of five machinelearning algorithms was used to analyze and identify the polarity of the written comments of the students. The overall sentiment score was computed for each faculty and was compared to the numerical score using the statistical technique, Pearson's correlation coefficient. The result indicates that there is significance but very small relationship between the numerical rating and the overall sentiment scores. Based on the result, universities and colleges should exploit written comments since it is rich with observations and insights about the performance and effectiveness of a teacher. Moreover, sentiment analysis technique can be used to identify students' feeling towards teaching.
Identification and classification of the nuclear explosion signals have long been an important issue for some reason. The impact of the nuclear tests upon the environment is range out within minute affectation fatalit...
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The proceedings contain 12 papers. The special focus in this conference is on signal and Image processing. The topics include: Fuzzy-Based Classification for Fusion of Palmprint and Iris Biometric Traits;Employing FPG...
ISBN:
(纸本)9789811367823
The proceedings contain 12 papers. The special focus in this conference is on signal and Image processing. The topics include: Fuzzy-Based Classification for Fusion of Palmprint and Iris Biometric Traits;Employing FPGA Accelerator in Real-Time Speaker Identification Systems;pyramid-Based Multi-scale Enhancement Method for Iris Images;character Recognition from Handwritten Image Using Convolutional Neural Networks;Malignant Melanoma Classification Using Cross-Platform Dataset with Deep learning CNN Architecture;automatic Gender Identification from Children Facial Images Using Texture Descriptors;Assessment of UWAC System Performance Using FBMC Technique;simple Exponential Smoothing and Its Control Parameter: A Reassessment;a Novel Cross-Dimensional Image processing Technique: Toward a 3D View of a 2D Image;quantum-Inspired Bat Optimization Algorithm for Automatic Clustering of Grayscale Images.
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