基于深度卷积神经网络的入侵检测研究 (Study on Intrusion Detection Based on Deep Convolution Neural Network). - Hongwei Ding; Liang Wan; Kang Zhou; Tingyan Long; Zhuang Xin (计算机科学, 2019)

A Novel Fault-Tolerant Approach to Web Service Composition upon the Edge Computing Environment. - Tingyan Long; Peng Chen 007; Yunni Xia; Ning Jiang; Xu Wang 024; Mei Long (ICWS, 2021)

MRoCO: A Novel Approach to Structured Application Scheduling with a Hybrid Vehicular Cloud-Edge Environment. - Xifeng Xu; Peng Chen 007; Yunni Xia; Mei Long; Qinglan Peng; Tingyan Long (SCC, 2022)

A fault-tolerant workflow scheduling method on deep reinforcement learning-based in edge environment. - Tingyan Long; Yunni Xia; Yong Ma; Qinglan Peng; Jiale Zhao (ICNSC, 2022)

A Mobility-Aware and Fault-Tolerant Service Offloading Method in Mobile Edge Computing. - Tingyan Long; Yong Ma; Yunni Xia; Xuan Xiao; Qinglan Peng; Jiale Zhao (ICWS, 2022)

A Novel Approach for User Demand-aware Data Center Construction and Service Consolidation. - Yifei Lv; Kunyin Guo; Yunni Xia; Yin Li 006; Yong Ma; Fan Li; Linchengxi Zeng; Qinglan Peng; Tingyan Long (ICWS, 2022)

A novel fault-tolerant scheduling approach for collaborative workflows in an edge-IoT environment. - Tingyan Long; Yong Ma; Lei Wu; Yunni Xia; Ning Jiang; Jianqi Li; Xiaodong Fu; Xiangmi You; Bo Zhang (Digit. Commun. Networks, 2022)

An Evolutionary Game-based Approach to Vehicular Task Offloading in An MEC Environment. - Yu Wang; Yunni Xia; Tingyan Long; Jiale Zhao; Yawen Li (ICNSC, 2023)

Fault-Tolerant Mobile Service Offloading in Mobile Edge Computing. - Tingyan Long; Yunni Xia; MengChu Zhou; Jianqi Li; Yong Ma; Yusuf Al-Turki 001 (IEEE Trans Autom. Sci. Eng., 2025)

Ets-ddpg: an energy-efficient and QoS-guaranteed edge task scheduling approach based on deep reinforcement learning. - Jiale Zhao; Yunni Xia; Xiaoning Sun; Tingyan Long; Qinglan Peng; Shangzhi Guo; Fei Meng; Yumin Dong; Qing Xia (Wirel. Networks, 2025)