.- Special Track.
.- Adversary and Attention Guided Knowledge Graph Reasoning based on Reinforcement Learning.
.- Evaluating GPT’s Programming Capability through CodeWars’ Katas.
.- An Online Portfolio Selection Algorithm with Dynamic Coreset Construction.
.- Interval-valued Fuzzy Portfolio decision Model with Transaction Cost and Liquidity Constraint.
.- Active Learning for Low-Resource Project-Specific Code Summarization.
.- A Survey of Game-Theoretic Methods for Controlling COVID-19.
.- ComPAT: a Compiler Principles course AssisTant.
.- Tram Air Conditioning Fault Prediction Using Machine learning.
.- Lexicon Graph Adapter based BERT Model For Chinese Named Entity Recognition.
.- Insider Threat Defense Strategies: Survey and Knowledge Integration.
.- GA-MEPS: Multiple Experts Portfolio Selection Based on Genetic Algorithm.
.- Deep Learning and Machine Learning-Based Approaches to Inferring Social Media Network Users’ Interests from a Missing Data Issus.
.- Customer Segmentation for Telecommunication using Machine Learning.
.- DP-MFRNN: Difficulty Prediction for Examination Questions Based on Neural Network Framework.
.- Causal Relationship Extraction Combined Boundary Detection and Information Interaction.
.- Profit Maximization in Edge-enabled Multimedia Data Market: A Game-based Pricing Approach.
.- Reinforcement learning for scientific application: A survey.
.- Zunna: A New Browser Extension for Protecting Personal Data.
.- HRTC:A Triple Joint Extraction Model Based on Cyber Threat Intelligence.
.- Personalized Image Aesthetics Assessment based onTheme and Personality.
.- A Spatio-temporal Neural Network for Medical Insurance Fraud Detection.
.- Exploring Language Diversity to Improve Neural Text Generation.
.- Diffusion Review-based Recommendation.
.- IntellectSeeker: A Personalized Literature Management System with the Probabilistic Model and Large Language Model.
.- A novel network intrusion detection method for unbalanced data in open scenarios.
.- Explainable Knowledge-Based Learning For Online Medical Question Answering.
.- Energy consumption prediction method for refrigeration systems based on adversarial networks and Transformer networks.
.- P-Vit: A simplified Vision Transformer model based on FFN and Simple Attention.