Computationally Efficient DOA Tracking Algorithm in Monostatic MIMO Radar with Automatic Association by Huaxin Yu, Xiaofei Zhang, Xueqiang Chen, Hailang Wu

“…The proposed algorithm obtains DOA estimation via the difference between previous and current covariance matrix of the reduced-dimension transformation signal, and it reduces the computational complexity and realizes automatic association in DOA tracking. …”
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Computer Simulation of Cardiomyocyte Membrane Exposure to First<Phase Bipolar Defibrillation Impulses by V. A. Vostrikov, B. B. Gorbunov, A. N. Gusev

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Constructing a Computer Model of the Human Eye Based on Tissue Slice Images by Peishan Dai, Boliang Wang, Chunbo Bao, Ying Ju

“…Computer simulation of the biomechanical and biological heat transfer in ophthalmology greatly relies on having a reliable computer model of the human eye. …”
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High-energy dual-energy computed tomography for the characterization of large and thick objects by Alix Sardet, Daniel Eck, Nicolas Estre, Frédéric Moutet, Emmanuel Payan, Cécilia Tarpau

“…Conventional dual-energy computed tomograohy (DECT) techniques are: (a) pre-processing dual-energy data sets and performing conventional CT reconstruction [1], (b) reconstruct dual-energy data sets and analyse the ratio of obtained linear attenuation coefficients [2, 3] and (c) reconstruct data sets after a decomposition on a material basis [4-6]. …”
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Implementation of Computer-Aided Piano Music Automatic Notation Algorithm in Psychological Detoxification by Xinmei Zhang

“…This paper analyzes the modeling of a computer-aided piano music automatic notation algorithm, combines the influence of music on psychological detachment, and designs the piano music automatic notation algorithm in psychological detachment model construction. …”
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Towards Predictive Communication: The Fusion of Large Language Models and Brain–Computer Interface by Andrea Carìa

“…This perspective article examines the emerging convergence between non-invasive brain–computer interface (BCI) spellers and large language models (LLMs), with a focus on predictive communication for individuals with motor or language impairments. …”
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Identification of Computer Editing in Electronic Images of Documents as a Task of Forensic Examination by A. F. Kupin, A. S. Kovalenko

“…The article considers a number of theoretical and applied issues related to forensic examination of electronic images of documents and in particular:- comparative analysis of normative legal acts carried out with regard to regulation of certain aspects of the activities in terms of electronic images of documents’ application;- indication of differences between electronic documents and electronic images of documents;- formulation of definition of the electronic image of the document computer editing;- description of factors affecting the possibility for identification of computer editing of document electronic images as a means of document forgery;- description of the most typical file formats used for storing, processing and transferring electronic images of documents; examination efficiency demonstration of certain methods and tools by means of the file formate examples in terms of identifying the features that indicate the actions performed on electronic images of documents;- characteristic of the operation principle and functional specifics of Grayscale, RGB and Lab color models used when working with electronic images of documents; capabilities demonstration of each one of them with specific reference;- determination of sequencing and limitations of solving the expert task targeted at fact finding of computer editing of document electronic images and its specific…”
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Characterization of Porosity and Copper Infiltration Mechanism in Sintered Steel via Computed Tomography by Pengcheng Lin, Linshan Wang, Shuanghua Liang, Xuebing Liang, Qiang Hu, Limin Wang, Xuanhui Qu

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Simulation-Based Evaluation of V2X System with Variable Computational Infrastructure by Andrei Vladyko, Pavel Plotnikov, Gleb Tambovtsev

“…The research analyzes various methods, including clustering, edge computing, and fog computing, aimed at minimizing system losses. …”
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3D Heritage Artefacts in Education—Enhancing Attractiveness of Computer Graphics Curriculum by Kamil Żyła, Jacek Kęsik, Anna Liliana Dakowicz

“…The Lab3D international efforts aimed at cultural heritage 3D digitization allowed for enriching the regular introductory course of computer graphics with elements of digitized real-life heritage, without disturbing the regular didactic process, nor the scope of the course learning outcomes. …”
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Electromagnetic induction heating of polymer nanocomposites: a computational study on design parameters by Taha Najam, Suhail Hyder Vattathurvalappil, Mahmoodul Haq, Abrar H. Baluch

“…Abstract Electromagnetic induction technology enables rapid, noncontact heating of conductive polymer nanocomposites, yet uncontrolled localized heating during this process can induce significant thermomechanical damage. …”
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Computational analysis of wax deposition in deep-water pipelines using nuclear techniques by Nalber Miranda Leite Nalber, Carlos Alberto Brayner de Oliveira Lira, Abel Gámez Rodriguez

“…Among the various methods and techniques found in the literature for monitoring wax deposition, nuclear techniques are distinguished by the fact that their use does not interfere with the physical integrity of the pipeline, by the non-intrusive and indirect (non-contact) mode of operation and, therefore, does not affect the oil transportation process. This paper presents a computational model using the Monte Carlo N-Particle 6 (MCNP6) code and the gamma radiation transmission profiling technique to detect the presence of wax on the inner walls of pipelines used for deepwater oil transportation. …”
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A computational model for evaluating the efficiency of multi-frequency digital radio systems by Victor P. Tsvetov, Alexei V. Grafkin, Alexandr S. Lukanov

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Determining Thermal Radiation from a Pool Fire Using Computational Geometry by Mohammad Seyfi

“…The view factor is calculated using computational geometry, between individual segments of the radiation source and segments of the exposed object, based on analytical solutions of the view factor between finite surfaces. …”
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Audit delay, corporate operational complexity, and Computer-Assisted Audit Techniques (CAATs) by Lia Dahlia Iryani, Ida Farida, Sri Rosanti, Syahdatul Maulida

“… This study analyzes the impact of corporate profitability, corporate leverage, firm size, firm age, and the use of Computer-Assisted Audit Tools (CAATs) on audit delay. …”
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Multifunctional In‐Memory Analog‐to‐Digital Converter for Next‐Gen Compute‐in‐Memory Systems by Jiseong Im, Jonghyun Ko, Joon Hwang, Jangsaeng Kim, Wonjun Shin, Ryun‐Han Koo, Minkyu Park, Sung‐Ho Park, Woo Young Choi, Jae‐Joon Kim, Jong‐Ho Lee

“…Compute‐in‐memory (CIM) technology based on emerging nonvolatile memories (NVMs) has shown promise in enhancing artificial intelligence applications by integrating computation directly within NVM arrays. …”
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Employing X-Ray computed tomography for the analysis of intact ice core sections by Александра Гаяровна Хайрединова, Станислав Сергеевич Кутузов, Владимир Николаевич Михаленко, Дмитрий Вячиславович Корост, Алексей Николаевич Хомяк

“…The primary usage of CT does not prevent further processing of the ice samples. For CT the analysis cost is low, while the amount of useful information obtained is substantial. …”
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The evolution of Indonesian curriculum: Hypothetical learning trajectory for mastery of mathematical and computational thinking by Siska Firmasari, Tatang Herman, Elah Nurlaelah

“…In that case, fully online learning reduces students' mathematical and computing abilities. Therefore, this study aims to obtain a hypothetical learning trajectory in mathematics learning in constructing the skills to master mathematical and computational thinking for secondary school students. …”
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Complexity reduction by symmetry: Uncovering the minimal regulatory network for logical computation in bacteria. by Luis A Álvarez-García, Wolfram Liebermeister, Ian Leifer, Hernán A Makse

“…Then we reduce the networks to its minimal computational core via k-core decomposition. This computational core consists of a few strongly connected components or "signal vortices," in which signals can cycle through. …”
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Multi-stage deep learning artifact reduction for parallel-beam computed tomography by Jiayang Shi, Daniël M. Pelt, K. Joost Batenburg

“…The acquired projection data are typically processed by a computational pipeline composed of multiple stages. …”
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