From Viewing to Structure: A Computational Framework for Modeling and Visualizing Visual Exploration by Kuan-Chen Chen, Chang-Franw Lee, Teng-Wen Chang, Cheng-Gang Wang, Jia-Rong Li

“…This study proposes a computational framework that transforms eye-tracking analysis from statistical description to cognitive structure modeling, aiming to reveal the organizational features embedded in the viewing process. …”
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Effects of Limited Computational Precision on the Discrete Chaotic Sequences and the Design of Related Solutions by Chunlei Fan, Qun Ding

“…In this paper, we analyzed the periodicity of discrete Logistic and Tent sequences with different computational precision in detail. Further, we found that the process of iterations of the Logistic and Tent mapping is composed of transient and periodic stages. …”
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High-Quality Computational Ghost Imaging Using an Optimum Distance Search Method by Heng Wu, Xianmin Zhang, Jinqiang Gan, Chunling Luo

“…We propose an optimum distance search method for realizing high-quality computational ghost imaging (CGI). The proposed method, which utilizes the advantages of compressive sensing and the CGI technique, is composed of two search steps. …”
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Industrial Computed Tomography Image Denoising Network Based on Channel Attention Mechanism by Yu HE, Chengxiang WANG, Wei YU

“…In industrial computed tomography (CT), using noisy projection data for reconstruction increases the noise in the reconstructed image and reduces the signal-to-noise ratio (SNR). …”
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Efficient Computation of Collatz Sequence Stopping Times: A Novel Algorithmic Approach by Eyob Solomon Getachew, Beakal Gizachew Assefa

“…This research focuses on designing an efficient algorithm to compute the stopping time of numbers in the Collatz sequence, achieving significant computational improvements. …”
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Efficient optimisation of physical reservoir computers using only a delayed input by Enrico Picco, Lina Jaurigue, Kathy Lüdge, Serge Massar

“…Abstract Reservoir computing is a machine learning algorithm for processing time dependent data which is well suited for experimental implementation. …”
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Аlgorithm of fast computation of local image histograms on video card1 by Ph. S. Trotski, B. A. Zalesky

“…Now local histograms are used for solution of some tasks of image processing and recognition, but their application is restricted due to the long computational time. …”
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Evapotranspiration Dynamics and Partitioning in a Grassed Vineyard: Ecophysiological and Computational Modeling Approaches by Flávio Bastos Campos, Torben Oliver Callesen, Carina Verónica Gonzalez, Giorgio Alberti, Leonardo Montagnani, Massimo Tagliavini, Jacob A. Nelson, Damiano Zanotelli

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Computed Tomographical Characterisation of Dyke-Davidoff-Masson Syndrome: A Case Series by Krishna Madhukarrao Maske, Kalyani Santosh Jethlia, Anil Gopal Tapdiya, Ameet Chandrakant Panchmahalkar, T Rajalakshmi

“…The objective to highlight the diagnostic process and discuss the clinical presentation of this syndrome in a limited-resource setting, emphasising the role of CT in aiding diagnosis and further medical management.…”
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Enhancing classroom learning through computer-mediated reflective writing and peer feedback by Lok Tik Ruth Ong, Richard Pemberton

“… This research was initiated to gauge students' perception of computer-mediated journaling as a way to enhance classroom learning experience through a limited style of blogging. …”
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HR Management Big Data Mining Based on Computational Intelligence and Deep Learning by Genliang Zhao, Zhe Xue

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Efficient algorithm for calculating short cycles in Tanner graph based on matrix computation by Qing ZHU, Le-nan WU, Yong-biao YANG, Jie LI, Shi-ming XU

“…Loop distribution of Tanner graph affects the BER performance of low-density parity-check codes(LDPC) decoding.To count short cycles in the Tanner graph efficiently,a side by side recursion algorithm based on matrix computation was proposed.Firstly,5 basic graph structures were defined to realize recursive calculate in the implementation process.Compared with previous works,the algorithm provided many methods for counting the same length of cycles.The same result confirmed the correctness of the algorithm.The new algorithm could not only calculate the total number of cycles,but also gave the number each edge participating in fixed-length cycles.Its complexity was proportional to the product of D and square of N,where D was the average degree of variable nodes,and N denoted the code length.For LDPC codes,D was far less than N.For most of the LDPC codes,the calculation for numbers of cycle-length g、g+2、g+4 was only several seconds.…”
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Efficient algorithm for calculating short cycles in Tanner graph based on matrix computation by Qing ZHU, Le-nan WU, Yong-biao YANG, Jie LI, Shi-ming XU

“…Loop distribution of Tanner graph affects the BER performance of low-density parity-check codes(LDPC) decoding.To count short cycles in the Tanner graph efficiently,a side by side recursion algorithm based on matrix computation was proposed.Firstly,5 basic graph structures were defined to realize recursive calculate in the implementation process.Compared with previous works,the algorithm provided many methods for counting the same length of cycles.The same result confirmed the correctness of the algorithm.The new algorithm could not only calculate the total number of cycles,but also gave the number each edge participating in fixed-length cycles.Its complexity was proportional to the product of D and square of N,where D was the average degree of variable nodes,and N denoted the code length.For LDPC codes,D was far less than N.For most of the LDPC codes,the calculation for numbers of cycle-length g、g+2、g+4 was only several seconds.…”
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Enhancing classroom learning through computer-mediated reflective writing and peer feedback by Lok Tik Ruth Ong, Richard Pemberton

“… This research was initiated to gauge students' perception of computer-mediated journaling as a way to enhance classroom learning experience through a limited style of blogging. …”
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Enhancing classroom learning through computer-mediated reflective writing and peer feedback by Lok Tik Ruth Ong, Richard Pemberton

“… This research was initiated to gauge students' perception of computer-mediated journaling as a way to enhance classroom learning experience through a limited style of blogging. …”
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Computational intelligence in the identification of Covid-19 patients  by using KNN-SVM Classifier by shaymaa adnan

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Computational Investigation of the Performance Enhancement of SR3 Propeller With Swirl Recovery Vanes by Santhi Raviselvam, Vasanthakumar Parthasarathy

“…The computation was performed by solving the unsteady Reynolds-averaged Navier–Stokes equations using the ANSYS CFX solver. …”
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Predicting Welding Deformation of Exposed Forged-and-welded Gear by the Integrated Computational Approach by Qu Tie, Xin Wen, Luo Wenze, Wang Chongyang, Hu Long, Huang Zhiquan, Deng Dean

“…In the current study, a large exposed forged-and-welded gear with a diameter of 7 160 mm is taken as the research object. An integrated computational approach is employed to predict the total welding deformation of the gear during welding process. …”
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Building momentum: A computational account of persistence toward long-term goals. by Sneha Aenugu, John P O'Doherty

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Enhancing classroom learning through computer-mediated reflective writing and peer feedback by Lok Tik Ruth Ong, Richard Pemberton

“… This research was initiated to gauge students' perception of computer-mediated journaling as a way to enhance classroom learning experience through a limited style of blogging. …”
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