1447 | -- | 1448 | Xingsi Xue, Pei-wei Tsai, Yuping Wang, Chin-Ling Chen, Vicente García-Díaz, Chih-Cheng Hung. Special issue on "Recent advances on computational intelligence techniques and applications in big data" |
1449 | -- | 1460 | Yeturu Jahnavi, Poongothai Elango, S. P. Raja 0001, Javier Parra Fuente, Elena Verdú. A new algorithm for time series prediction using machine learning models |
1461 | -- | 1467 | Fang Wang. AI-based English teaching cross-cultural fusion mechanism |
1469 | -- | 1476 | Ximan Shi. Optimization for reinforcement learning based 3D animation exercise |
1477 | -- | 1485 | Xiaohong Ju, Chengxiao Ju, Lan Zhang. A hybrid approach to talent demand forecast in the IT industry: modelling and empirical analysis |
1487 | -- | 1502 | Bo Sun, Wei Li, Yue Zhao, Ying Huang. A self-learning particle swarm optimization algorithm with multi-strategy selection |
1503 | -- | 1511 | Shuyuan Shen. Metaverse-driven new energy of Chinese traditional culture education: edge computing method |
1513 | -- | 1519 | Bin Qiu, Di Cao. Basketball assisted teaching in instructional videos based on Mobile Edge Computing |
1521 | -- | 1532 | Yimin Deng, Zhoubo Weng, Tianlong Zhang. Metaverse-driven remote management solution for scene-based energy storage power stations |
1533 | -- | 1538 | Pan Jiang, Huiquan He. EEG Signal Analysis based on machine learning in psychological balance detection of athletes |
1539 | -- | 1546 | Junrui Xu. Multi-region English translation synchronization mechanism driven by big data |
1547 | -- | 1554 | Jiali Zang. Evaluation method of outward-bound based on neural network |
1555 | -- | 1563 | Yunfang Wei, Yingzhen Su. Using machine learning and RNA to enhance the efficacy of anti-tumor immunotherapy |
1565 | -- | 1572 | Ni Yao. Epistemic neural network based evaluation of online teaching status during epidemic period |
1573 | -- | 1579 | Yue Hu. Evolutionary intelligence driven style recognition of English novels based on text analysis |
1581 | -- | 1588 | Dong Yang, Tao He, Meiquan Chen, Zhong Zhang, Liuyang Shen. Analysis of lightning arrester operating current based on multidimensional neural network for transmission lines |
1589 | -- | 1597 | Jiao Xu. Big data-driven english teaching for social media: a neural network-based approach |
1599 | -- | 1607 | Xuanyan Gong. English text sentiment analysis based on generative adversarial network |
1609 | -- | 1617 | Jianhua Li. Refined education mechanism based on edge computing for college student management |
1619 | -- | 1625 | Xunxun Jiang, Liming Bai, Xin Yan, Yipeng Wang. LDA-based online intelligent courses recommendation system |
1627 | -- | 1636 | Yong Zhang. Track and field training state analysis based on acceleration sensor and deep learning |
1637 | -- | 1644 | Pingping Chen, Long Chen. Prediction method of intelligent building electricity consumption based on deep learning |
1645 | -- | 1651 | Xuefan Bao, Fei Wei, Fei Liang. A large-scale global optimization algorithm with a new adaptive computing resource allocation mechanism |
1653 | -- | 1666 | Yuxiang Chen, Jianhua Liu, Jian Zhu, Zihang Wang. An improved binary particle swarm optimization combing V-shaped and U-shaped transfer function |
1667 | -- | 1677 | Jayasree Ravi, Sushil Kulkarni. Text embedding techniques for efficient clustering of twitter data |
1679 | -- | 1687 | Sicong Shan, Shuang Sun, Peng Dong. Data driven intelligent action recognition and correction in sports training and teaching |
1689 | -- | 1698 | Ritu Aggarwal, Suneet Kumar. Classification model for meticulous presaging of heart disease through NCA using machine learning |
1699 | -- | 1705 | Ying Guo. Smart advertising design: a visual aesthetic effect improvement based on image data analysis |
1707 | -- | 1715 | Caihong Zhang, Shengxiao Niu. Adaptive industrial control data analysis based on deep learning |
1717 | -- | 1728 | Wei Ding, Li Zhang, Guangliang Yang. Building detection algorithm in multi-scale remote sensing images based on attention mechanism |
1729 | -- | 1746 | Thi Ngoc Anh Nguyen, Tien Dat Dang, Elena Verdú, Vijender Kumar Solanki. Short-term forecasting electricity load by long short-term memory and reinforcement learning for optimization of hyper-parameters |