This two-volume set, constitutes the revised selected papers of the 16th International Symposium on Intelligence Computation and Applications, ISICA 2025, held in Guangzhou, China, during November 1516, 2025.

The 63 full papers included in these proceedings were carefully reviewed and selected from178 submissions. They were organized in the following topical sections:

Part I : Frontiers of Evolutionary Intelligent Optimization Algorithms; Intelligent Systems and Detection Technology.
Part II : Exploration of Computer Vision; Machine Learning and Its Applications; AI Empowering Education and Design Innovation.

Inhalt

**.- Exploration of Computer Vision.
** .- Animation Creation Based on the Marginalization of the Elderly in the Digital Age Application and Exploration of Cinema 4D Drawing Technology.
.- A Multi-objective Tracking Method for Low-altitude Litchi Fruit Based on YOLOv8n and Improved ByteTrack.
.- Terminal logistics collaborative delivery based on Two-stage improved algorithm.
.- A New Drone Image Detection Algorithm based on YOLO11.
.- Research on an Early Detection and Visualisation System for Indoor Fires Based on YOLOv8s .
.- Dense Video Captioning based on Multi-modal Adaptive Fusion and Multi-task Regularization.
.- A study on multi-classification of brain tumor MRI based on LightGBM and KPCA feature optimization.
.- Research on the innovative design of Zhuang clothing in Lianshan, Northern Guangdong Province based on AIGC and Style3D virtual technology.
.- Research on crop pest and disease detection method based on improved YOLOv11.
.- A Lightweight Litchi Detection Algorithm Based on Multi-Scale Feature and Contextual Information Fusion.
.- A Review of Student Classroom Status Recognition Technology Research.
.- Machine Learning and Its Applications.
.- Design and Implementation of Multi-objective Optimi-zation Algorithm Based on Deep Reinforcement Learning.
.- Intelligent Competency Modeling for Human Resource Strategy Optimization in the Apparel Industry.
.- Research on Long Dialogue Summarization Based on Pre-trained Language Models.
.- Machine Learning and Digital Twin for Reagent Optimization in Flotation: A Systematic Literature Review.
.- Data Augmentation for Structured Material Data based on Interpretable Variational Autoencoder.
.- An Intelligent Hybrid Machine Learning Framework for E-commerce Analytics and Prediction.
.- AI Agents Empower User Profile Research.
.- A review of research on recommendation algorithms based on knowledge graph.
.- Exploration of Intelligent Agent Development for Data Center Operations Management Based on the Coze Platform.
.- A Feature Selection Algorithm for Citrus Diseases and .
.- The Ecology of Fuzzy Symbols: Interpersonal Meaning Construction in Computer Intelligent Emoji Processing Across Contextual Variations.
.- Machine Learning in the Apparel Industry A Case Study on the Optimization of BP Neural Networks using Genetic Algorithms.
.- Research on autonomous driving algorithms based on deep reinforcement learning.
.- AI Empowering Education and Design Innovation.
.- A Study on the Innovative Application of Artificial Intelligence in the Design of Ethnic Minority Clothing in Northern Guangdong and Its Impacts .
.- A study of the influence of fashion toy elements and green eco-friendly materials on furniture design innovativeness and market success based on structural equation modelling.
.- Innovative Application of AIGC and Style3D Virtual Technology Based on AIGC in Clothing Design.
.- Research on the innovative design of Zhuang clothing in Lianshan, Northern Guangdong Province based on AIGC and Style3D virtual technology.
.- Artificial Intelligence Empowering The Design Innovation And Application Of Intangible Cultural Heritage Creative Products: A Case Study Of Dragon Boat Culture.
.- AI Technology Application on Enterprise Digital Job Crafting and Ambidextrous Innovation Performance.
.- Intelligent Computing-Enabled Experimental Teaching of Integrated Counters: Method Innovation and Effect Verification.
.- The Psychosocial Research Ecology of Translation Teachers in the AI Era: Mechanisms Linking Motivation, Self-Efficacy, and Perceived Team Support to Research Anxiety.