Parkinson's disease, a neurological disorder which affects the nervous system, manifests as unintentional and uncontrollable movements in the body. With over 6 million individuals globally affected, early detectio...
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To address the challenges in motion vector estimation due to local non-uniform deformation of specimens during fatigue tests, this paper proposes an image matching method that combines template sub-image techniques wi...
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ISBN:
(数字)9798350355895
ISBN:
(纸本)9798350355901
To address the challenges in motion vector estimation due to local non-uniform deformation of specimens during fatigue tests, this paper proposes an image matching method that combines template sub-image techniques with a Kalman filter. This method employs a mesh motion estimation model, initially using the Kalman filter to predict the matching point positions of mesh nodes. Subsequently, template matching is utilized to achieve precise matching of these nodes. The algorithm is accelerated through GPU-CPU heterogeneous parallel computing technology. Test results indicate that the GPU-accelerated image matching method attains the accuracy of the CPU-based algorithm while significantly reducing processing time, thereby fully meeting the real-time requirements of online image feature matching applications.
imageprocessing has emerged as a crucial technology in agriculture, facilitating tasks such as crop monitoring, disease detection, and yield estimation. Python, with its extensive libraries and tools, has become a po...
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ISBN:
(数字)9798331541583
ISBN:
(纸本)9798331541590
imageprocessing has emerged as a crucial technology in agriculture, facilitating tasks such as crop monitoring, disease detection, and yield estimation. Python, with its extensive libraries and tools, has become a popular choice for implementing imageprocessingalgorithms in this field. This paper explores the applications of imageprocessing in agriculture, emphasizing the capabilities of Python. It reviews key Python libraries, techniques, and real-world applications, demonstrating how Python enhances agricultural imageprocessing.
In the era of big data, imageprocessing still faces significant bottlenecks compared to other fields of computer science. In this paper we studied the feature point extraction algorithm based on gray points and the s...
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ISBN:
(数字)9798331504960
ISBN:
(纸本)9798331504977
In the era of big data, imageprocessing still faces significant bottlenecks compared to other fields of computer science. In this paper we studied the feature point extraction algorithm based on gray points and the stereo matching technique, both of them play important roles in imageprocessing. The feature point extraction algorithm based on gray points includes Moravec algorithm and Susan Algorithm. The results indicate that it can discover that simplified inverse filter tracking (SIFT) algorithm is the best algorithm among all the feature point extraction algorithms, which has have strong stability, fast calculating speed and high accuracy. In stereo image matching technique, we found that dense matching algorithm plays an important role in target detection and tracking in the three-dimensional reconstruction operations. By comparing the matching process between traditional nearest neighbor matching and this paper's matching algorithm, we concluded that the matching relationship in this algorithm is entirely correct.
Condition monitoring and predictive maintenance of induction motors have great relevance in industrial applications. Nowadays, there are different techniques to analyze electronic signals from different types of senso...
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The proceedings contain 22 papers. The special focus in this conference is on Cognitive Computing and Cyber Physical systems. The topics include: Performance Evaluation of Fast DCP Algorithm for Single image Dehazing;...
ISBN:
(纸本)9783031289743
The proceedings contain 22 papers. The special focus in this conference is on Cognitive Computing and Cyber Physical systems. The topics include: Performance Evaluation of Fast DCP Algorithm for Single image Dehazing;Non Destructive Analysis of Crack Using imageprocessing, Ultrasonic and IRT: A Critical Review and Analysis;ioT Enabled Driver Compatible Cost-Effective System for Drowsiness Detection with Optimized Response Time;Voice Based Objects Detection for Visually Challenged Using Active RFID Technology;depth Estimation and Navigation Route Planning for Mobile Robots Based on Stereo Camera;Water Level Forecasting in Reservoirs Using Time Series Analysis – Auto ARIMA Model;water Quality Monitoring Using Remote Control Boat;study of Smart City Compatible Monolithic Quantum Well Photodetector;frequency Reconfigurable Antenna for 5G Applications at n77 and n78 Bands;solar Energy Prediction using Machine Learning with Support Vector Regression Algorithm;analysis of Acoustic Channel Model Characteristics in Deep-Sea Water;A Comprehensive Review on Channel Estimation Methods for Millimeter Wave MIMO systems;comparison of Acoustic Channel Characteristics in Shallow and Deep-Sea Water;price Estimation of Used Cars Using Machine Learning algorithms;Machine Learning Framework for Identification of Abnormal EEG Signal;alzheimer’s Disease Detection Using Ensemble of Classifiers;publishing Data Objects in Data Aware Networking;youTube Comment Analysis Using Lexicon Based Techniques;Information Theoretic Heuristics to Find the Minimal SOP Expression Considering Don’t Care Using Binary Decision Diagrams;single image Dehazing Through Feed Forward Artificial Neural Network.
Human Face Detection (FD)is a demanding topic in areas of imageprocessing and pattern identification. Facial expression conveys non-verbal cues, which plays crucial role in social relations. Facial Expression is a si...
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ISBN:
(数字)9798350351378
ISBN:
(纸本)9798350351385
Human Face Detection (FD)is a demanding topic in areas of imageprocessing and pattern identification. Facial expression conveys non-verbal cues, which plays crucial role in social relations. Facial Expression is a significant yet challenging task, as we can use it to recognize emotions and mental state of individual. In this paper, using imageprocessing and Machine Learning (ML), we differentiate the captured image with the trained dataset and then display the state of image. These handles detection and recognizing multiple faces in real time. Face Recognition (FR) can be done using two methods like FD and FR. This paper describes use of ML algorithms in real time which is used for FD and FR that is Haar Cascade algorithm.
When matching similarity among pedestrians in images, pedestrian re-identification algorithms are often disturbed by occlusions. A typical tactic is to improve the robustness of occlusion features in the model. Howeve...
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Given the significant challenges affecting college learners in regards to entrepreneurship and innovation as viewed in the traditional Chinese enterprise cooperation, the need for an innovative and entrepreneurship tr...
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ISBN:
(数字)9798350360240
ISBN:
(纸本)9798350384161
Given the significant challenges affecting college learners in regards to entrepreneurship and innovation as viewed in the traditional Chinese enterprise cooperation, the need for an innovative and entrepreneurship training program remains essential. This paper therefore seeks to design a project management system intended to improve entrepreneurship and innovation in universities. The system will be designed to run on a WEB-based operation module that relies on a mathematical and statistical model used to advance its prospects. An entrepreneurial and innovation classification system will further be incorporated into the system through the use of the CBLOF(t) concept. Computer algorithms will in this case play a critical role in the personalization and the optimization of the innovative and entrepreneurial project management system. Based on this, a monitoring function will equally be incorporated into the system to address abnormalities in the processing of innovative and entrepreneurial data. The outcomes of the systems are intended to enable university students to gain a deeper understanding of innovative and entrepreneurial projects, thus promoting the quality of project management.
This paper presents an automated system for detecting the sag of overhead transmission lines using imageprocessing. A camera, mounted centrally between two towers, is repositioned using stepper motors to ensure symme...
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ISBN:
(数字)9798331542726
ISBN:
(纸本)9798331542733
This paper presents an automated system for detecting the sag of overhead transmission lines using imageprocessing. A camera, mounted centrally between two towers, is repositioned using stepper motors to ensure symmetrical alignment with the transmission line. By detecting the lowest point of the line in the image, the system estimates the sag through Bezier curve fitting and converts the pixel-based measurements into real-world dimensions. The proposed system demonstrates high precision and accuracy, providing a reliable method for sag measurement in transmission line monitoring.
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