期刊


ISSN1526-1492
刊名Computer Modeling in Engineering & Sciences.
参考译名工程学与科学中的计算机模型
收藏年代2004～2025



全部

2004 2005 2006 2007 2008 2009
2010 2011 2012 2013 2014 2015
2016 2017 2018 2019 2020 2021
2022 2023 2024 2025

2025, vol.142, no.1 Pt.1 2025, vol.142, no.1 Pt.2 2025, vol.142, no.2 Pt.1 2025, vol.142, no.2 Pt.2 2025, vol.142, no.3 Pt.1 2025, vol.142, no.3 Pt.2
2025, vol.143, no.1 Pt.1 2025, vol.143, no.1 Pt.2 2025, vol.143, no.2 Pt.1 2025, vol.143, no.2 Pt.2

题名作者出版年年卷期
Practical Adversarial Attacks Imperceptible to Humans in Visual RecognitionDonghyeok Park; Sumin Yeon; Hyeon Seo; Seok-Jun Buu; Suwon Lee20252025, vol.142, no.3 Pt.2
A 3-Dimensional Cargo Loading Algorithm for the Conveyor-Type Loading SystemHyeonbin Jeong; Young Tae Ryu; Byung Duk Song; Sang-Duck Lee20252025, vol.142, no.3 Pt.2
A Robust GNSS Navigation Filter Based on Maximum Correntropy Criterion with Variational Bayesian for AdaptivityDah-Jing Jwo; Yi Chang; Ta-Shun Cho20252025, vol.142, no.3 Pt.2
Enhanced Particle Swarm Optimization Algorithm Based on SVM Classifier for Feature SelectionXing Wang; Huazhen Liu; Abdelazim G. Hussien; Gang Hu; Li Zhang20252025, vol.142, no.3 Pt.2
A Dual-Layer Attention Based CAPTCHA Recognition Approach with Guided Visual AttentionZaid Derea; Beiji Zou; Xiaoyan Kui; Alaa Thobhani; Amr Abdussalam20252025, vol.142, no.3 Pt.2
An Adaptive Firefly Algorithm for Dependent Task Scheduling in IoT-Fog ComputingAdil Yousif20252025, vol.142, no.3 Pt.2
A Study of the 1 + 2 Partitioning Scheme of Fibrous Unitcell under Reduced-Order Homogenization Method with Analytical Influence FunctionsShanqiao Huang; Zifeng Yuan20252025, vol.142, no.3 Pt.2
Fine Tuned Hybrid Deep Learning Model for Effective Judgment PredictionG. Sukanya; J. Priyadarshini20252025, vol.142, no.3 Pt.2
Deep Learning and Machine Learning Architectures for Dementia Detection from Speech in WomenAhlem Walha; Amel Ksibi; Mohammed Zakariah; Manel Ayadi; Tagrid Alshalali; Oumaima Saidani; Leila Jamel; Nouf Abdullah Almujally20252025, vol.142, no.3 Pt.2
EFI-SATL: An EfficientNet and Self-Attention Based Biometric Recognition for Finger-Vein Using Deep Transfer LearningManjit Singh; Sunil Kumar Singla20252025, vol.142, no.3 Pt.2
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