A MP2P-based VoD solution for supporting VCR-like operations in MANETs. - Shijie Jia 002; Changqiao Xu; Jianfeng Guan; Hongke Zhang (CCIS, 2012)

A Service Identifier parsing mechanism for Universal Network based on BHO. - Futao Zhao; Shijie Jia 002; Jianfeng Guan; Changqiao Xu; Hongke Zhang (CCIS, 2012)

A content retrieval model for Information Centric MANETs: 1-dimensional case. - Wei Quan 001; Jianfeng Guan; Shijie Jia 002; Junlong Zhu; Changqiao Xu; Hongke Zhang (GLOBECOM Workshops, 2012)

Content retrieval model for information-center MANETs: 2-dimensional case. - Wei Quan 001; Jianfeng Guan; Changqiao Xu; Shijie Jia 002; Junlong Zhu; Hongke Zhang (WCNC, 2013)

A Novel Cooperative Content Fetching-Based Strategy to Increase the Quality of Video Delivery to Mobile Users in Wireless Networks. - Shijie Jia 002; Changqiao Xu; Jianfeng Guan; Hongke Zhang; Gabriel-Miro Muntean (IEEE Trans. Broadcast., 2014)

Ant-Inspired Mini-Community-Based Solution for Video-On-Demand Services in Wireless Mobile Networks. - Changqiao Xu; Shijie Jia 002; Lujie Zhong; Hongke Zhang; Gabriel-Miro Muntean (IEEE Trans. Broadcast., 2014)

Reliability-oriented ant colony optimization-based mobile peer-to-peer VoD solution in MANETs. - Shijie Jia 002; Changqiao Xu; Athanasios V. Vasilakos; Jianfeng Guan; Hongke Zhang; Gabriel-Miro Muntean (Wirel. Networks, 2014)

Socially aware mobile peer-to-peer communications for community multimedia streaming services. - Changqiao Xu; Shijie Jia 002; Lujie Zhong; Gabriel-Miro Muntean (IEEE Commun. Mag., 2015)

A Novel Energy-Efficiency Social-Inspired Video Sharing Solution in Wireless Networks. - Shijie Jia 002; Youzhong Ma; Yongxin Zhang; Lujie Zhong; Changqiao Xu (Int. J. Distributed Sens. Networks, 2015)

Cloud-Assisted Scalable Video Delivery Solution over Mobile Ad Hoc Networks. - Lujie Zhong; Shijie Jia 002 (Int. J. Distributed Sens. Networks, 2015)

Performance-Aware Mobile Community-Based VoD Streaming Over Vehicular Ad Hoc Networks. - Changqiao Xu; Shijie Jia 002; Mu Wang; Lujie Zhong; Hongke Zhang; Gabriel-Miro Muntean (IEEE Trans. Veh. Technol., 2015)

Modelling of P2P-Based Video Sharing Performance for Content-Oriented Community-Based VoD Systems in Wireless Mobile Networks. - Shijie Jia 002; Youzhong Ma; Yongxin Zhang; Tian-Yin Wang; Mingchuan Zhang (Mob. Inf. Syst., 2016)

Interaction-Aware Video Community-Based Content Delivery in Wireless Mobile Networks. - Lujie Zhong; Shijie Jia 002; Youzhong Ma; Yongxin Zhang (Mob. Inf. Syst., 2016)

A Novel Contribution-Aware Neighbor-Assist Video Delivery Solution over Mobile Content-Centric Networks. - Lujie Zhong; Shijie Jia 002; Mu Wang (Mob. Inf. Syst., 2016)

Preference-aware Fast Interest Forwarding for video streaming in information-centric VANETs. - Mu Wang; Changqiao Xu; Shijie Jia 002; Jianfeng Guan; Luigi Alfredo Grieco (ICC, 2017)

Energy-Aware Fast Interest Forwarding for Multimedia Streaming over ICN 5G-D2D. - Xingyan Chen; Mu Wang; Shijie Jia 002; Changqiao Xu (ICIG (2), 2017)

A Novel Video Sharing Solution Based on Demand-Aware Resource Caching Optimization in Wireless Mobile Networks. - Shijie Jia 002; Ruiling Zhang; Shengli Jiang; Mingchuan Zhang (Mob. Inf. Syst., 2017)

Video Streaming in Content-Centric Mobile Networks: Challenges and Solutions. - Changqiao Xu; Ping Zhang 003; Shijie Jia 002; Mu Wang; Gabriel-Miro Muntean (IEEE Wirel. Commun., 2017)

Video streaming distribution over mobile Internet: a survey. - Mu Wang; Changqiao Xu; Shijie Jia 002; Gabriel-Miro Muntean (Frontiers Comput. Sci., 2018)

A Novel Mobility Similarity Measurement Method to Increase the Performance of Community-based Video Delivery in VANETs. - Shijie Jia 002; Ruiling Zhang; Tian-Yin Wang; Lujie Zhong; Mingchuan Zhang (J. Inf. Sci. Eng., 2018)

Social-Aware D2D Video Delivery Method Based on Mobility Similarity Measurement in 5G Ultra-Dense Network. - Ruiling Zhang; Shijie Jia 002; Youzhong Ma; Changqiao Xu (IEEE Access, 2020)

Social-Aware Edge Caching Strategy of Video Resources in 5G Ultra-Dense Network. - Shijie Jia 002; Zhen Zhou; WeiLing Li; Youzhong Ma; Ruiling Zhang; Tianyin Wang (Mob. Inf. Syst., 2021)