准博士生 · 计算机科学与技术
构建能够感知、推理并行动的智能体。
向下滚动我构建能够在复杂环境中感知、推理并行动的智能体。
GASN: A Graph Attention and Self-Attention Network for Blockchain Service Reliability Prediction
Journal of Cloud Computing (Springer), Vol. 15, Article 50. (CAS Q3 · SCI Q2 · IF 4.3 · 5-yr IF 4.1 · JCI 0.96 · Scopus · EI · ESI: CS)
Sparse QoS Prediction for Cloud Services via Inductive Subgraph Pattern Aware Graph Neural Network
Computer Communications (Elsevier), Vol. 248, Article 108415. (CAS Q3 · SCI Q2 · IF 4.3 · 5-yr IF 4.6 · JCI 0.99 · CCF-C · EI · ESI: CS)
An Effective Reliability Prediction Model for Blockchain Services via Hybrid Multi-layer Graph Attention and Self-attention
BlockSys 2025 (Blockchain and Trustworthy Systems, Springer LNCS), pp. 410–424. (EI · CCF-C from 2026 · Scopus)
QoSDiff: An Implicit Topological Embedding Learning Framework Leveraging Denoising Diffusion and Adversarial Attention for Robust QoS Prediction
Preprint, arXiv:2512.04596.
完整论文列表见 Google Scholar。
联系我最好的方式是发邮件至 22gcdu@stu.edu.cn。 我很乐意讨论研究、想法,或者只是打个招呼。
