this research study performs a comprehensive comparative analysis aimed at developing effective machine learning models for classifying handwritten Devanagari numerals. the research focuses on evaluating the performan...
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ISBN:
(纸本)9798350386356;9798350386349
this research study performs a comprehensive comparative analysis aimed at developing effective machine learning models for classifying handwritten Devanagari numerals. the research focuses on evaluating the performance of various models to determine the most accurate classification approach. Initiating with data pre-processing, including feature extraction and normalization, the data is prepared for model training and assessment. A diverse range of machine learning models, from traditional methods like Support Vector Machines (SVM) to advanced techniques such as Random Forests, K-Nearest Neighbors, and Convolutional Neural Networks, are considered for the comparative analysis, ensuring a thorough assessment of classification capabilities. Cross-validation techniques are employed during model training and testing to enhance reliability. Statistical tests are utilized to assess the performance variations among models, enhancing the robustness of the analysis. Visual representations of performance metrics and comparison results offer clear insights. this research study aims to identify the most suitable machine learning model for handwritten Devanagari numeral classification, potentially advancing character recognition systems and linguistic applications.
Solving partial differential equations (PDEs) is a frequent necessity in numerous domains, ranging from complex systems simulation to financial derivatives pricing and continuous-time optimisation tasks. the challengi...
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ISBN:
(纸本)9798400702402
Solving partial differential equations (PDEs) is a frequent necessity in numerous domains, ranging from complex systems simulation to financial derivatives pricing and continuous-time optimisation tasks. the challenging nature of PDEs, especially in high dimensions or cases involving non-linearities, calls for robust, innovative solutions. this paper leverages a deep neural network methodology, utilizing differential operators and boundary conditions in tandem with sampling techniques and minimising distinct loss terms. the role of physics-inspired neural networks in this approach is also highlighted. Our primary proposition is a Bayesian interpretation, where we address the issue as a hierarchical multi-objective optimisation problem augmented with adaptive sampling. We also introduce a concept of 'curriculum learning,' which parallels control variates, thereby facilitating further variance reduction and the re-utilisation of solutions derived from assorted problems. Our methods notably enhance the speed of convergence and diminish approximation errors. the effectiveness of our strategies is demonstrated through illustrative examples, solidifying their value in practical applications.
Embedded systems with computer vision via a deep learning approach are becoming increasingly common in a variety of fields, including agriculture, where they can be adapted and used in supermarkets, the food industry ...
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Person re-identification (Re-ID) is a key difficulty in criminal investigations, as precisely matching individuals across different camera perspectives is critical for locating suspects and solving crimes. this resear...
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the proceedings contain 43 papers. the topics discussed include: deep learning based Marathi sentence recognition using Devanagari character identification;deep learning based Marathi sentence recognition using Devana...
ISBN:
(纸本)9781665459877
the proceedings contain 43 papers. the topics discussed include: deep learning based Marathi sentence recognition using Devanagari character identification;deep learning based Marathi sentence recognition using Devanagari character identification;efficient detection of small and complex objects for autonomous driving using deep learning;implementation of exploratory data analysis on weather data;deep learning model for simulating self-driving car;summarization of video clips using subtitles;reliability stripe coagulation in two failure tolerant storage arrays;efficient video anomaly detection using residual variational autoencoder;situational portfolio forecasting and allocation with deep-learning approach;and recognition of emotions based on facial expressions using bidirectional long-short-term memory and machine learning techniques.
Due to the bypass diode operating across the shaded module, the electrical characteristics of the PV system under partly shaded PSC display numerous maxima. In order to get the most out of the PV system, it needs to b...
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this research investigates real-time fault detection and classification in smart grids using five machine learningalgorithms: Support Vector Machines (SVMs), k-Nearest Neighbors (k-NN' Decision Trees, Random Fore...
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the research on recognition algorithm of multi feature extraction is to find the best method to extract features from images. Researchers used different algorithms and experiments to find the best algorithm. the algor...
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this study investigates the efficacy of the Grey Wolf Optimizer (GWO), a newer Swarm Intelligence (SI) algorithm, in addressing the Permutation Flowshop Scheduling Problem (PFSP). A hybrid approach integrating GWO wit...
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Ensemble learning has emerged as a powerful technique for improving classification accuracy by combining multiple base models. this study presents an innovative approach to enhance ensemble learningthrough diversific...
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Ensemble learning has emerged as a powerful technique for improving classification accuracy by combining multiple base models. this study presents an innovative approach to enhance ensemble learningthrough diversification. the proposed method integrates bagging, a resampling technique, with teaching-learning-based optimization (TLBO), and incorporates a pairwise dissimilarity measure to promote diversity within the ensemble. the TLBO algorithm optimizes the composition of the ensemble by iteratively selecting optimal bags of instances from the training data. the diversity measure quantifies the dissimilarity between bags, ensuring that the ensemble consists of diverse and complementary models. Our proposed model experimented on four benchmarked disease datasets and experimental results demonstrate that the proposed approach achieves superior performance compared to traditional ensemble methods. the ensemble models generated through this approach exhibit improved performance. the proposed model is statistically evaluated using the statistically paired T-test, and the results show our proposed model differs from base models.
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