[J20] Hironori Ando, Satoshi Fujita, Tight Bounds on the Upload Capacity to Enable TwoHop Delivery in PeertoPeer Video Streaming Systems, International Journal of Foundations of Computer Science, 31(3): 341-354 (2020).

[J19a] Satoshi Fujita, Cloud-Assisted Peer-to-Peer Video Streaming with Minimum Latency. IEICE Trans. Information and Systems, 102-D(2): 239-246 (2019).

[J19b] Satoshi Fujita, Flash Crowd Absorber for P2P Video Streaming. IEICE Trans. Information and Systems, 102-D(2): 261-268 (2019).

[J19c] Satoshi Fujita, Multi-Tree-Based Peer-to-Peer Video Streaming with a Guaranteed Latency. IEICE Trans. Information and Systems, 102-D(9): 1707-1714 (2019).

[J19d] Satoshi Fujita, Peer-to-Peer Video Streaming of Non-Uniform Bitrate with Guaranteed Delivery Hops, IEICE Trans. Information and Systems, 102-D(11): 2176-2183 (2019).

[J19e] Satoshi Fujita, Resilient Tree-Based Video Streaming with a Guaranteed Latency, Journal of Interconnection Networks, accepted.

[J18a] Satoshi Fujita, Broadcasting a Stream of Chunks in Heterogeneous Networks with a Short Maximum Broadcast Time. Journal of Interconnection Networks 18(2-3): 1850007 (2018).

[J16] Bahaa Aldeen Alghazawy, Satoshi Fujita, Low Cost Cloud-Assisted Peer to Peer Live Streaming. TIIS 10(4): 1732-1750 (2016).

[J15a] Satoshi Fujita, Optimal serial broadcast of successive chunks. Theor. Comput. Sci. 575: 3-9 (2015).

[J15b] Tatsuya Kouchi, Satoshi Fujita, Maintaining Tree-Structured P2P Overlay Being Resilient to Simultaneous Leave of Several Peers. IEICE Trans. Information and Systems, 98-D(9): 1667-1674 (2015).

[J15c] Bahaa Aldeen Alghazawy, Satoshi Fujita, A Scheme for Maximal Resource Utilization in Peer-To-Peer Live Streaming, International Journal of Computer Networks & Communications 7(5) 13-28 (2015).

[J14a] Satoshi Fujita, Approximation scheme for burst scheduling with minimum overhead in time slicing mobile TV. The Journal of Supercomputing 69(2): 561-575 (2014). conference version of this paper was selected as a PDCAT 2012 Outstanding Paper.

[J14b] Yasuaki Yuji, Satoshi Fujita, Hierarchical Architecture for Peer-to-Peer Video on Demand Systems with the Notion of Dynamic Swarms. IEICE Trans. Information and Systems, 97-D(12): 3025-3032 (2014).

[J13a] Ervianto Abdullah, Satoshi Fujita, Reputation-Based Colluder Detection Schemes for Peer-to-Peer Content Delivery Networks. IEICE Trans. Information and Systems, 96-D(12): 2696-2703 (2013).

[J13b] Ryusuke Uedera, Satoshi Fujita, A Cost-Effective Buffer Map Notification Scheme for P2P VoDs Supporting VCR Operations. IEICE Trans. Information and Systems, 96-D(12): 2713-2719 (2013).

[J12] Ervianto Abdullah, Satoshi Fujita, Prevent Contents Leaking in P2P CDNs with Robust and Quick Detection of Colluders. JIP 20(2): 378-385 (2012).

[C19a] Masayuki Kawakami and Satoshi Fujita, Live Streaming Over Wi-Fi Direct Multi-Groups, CANDAR Workshops, 2019.

[C19b] Tsuyoshi Yoshihara and Satoshi Fujita, Fog-Assisted Virtual Reality MMOG with Ultra Low Latency, CANDAR 2019.

[C19c] Shogo Inoue and Satoshi Fujita, Collaborative Illustrator with Android Tablets, CANDAR Workshops, 2019.

[C18c] Yuta Yamada, Satoshi Fujita, Load Balancing in P2P Video Streaming Systems with Service Differentiation. CANDAR Workshops 2018, 539-543.

[C17a] Takuya Shoji, Satoshi Fujita, Tight Lower Bounds on the Maximum Number of Hops in P2P Video Streaming through Multiple Spanning Trees. CANDAR 2017, 30-37. (selected as a CANDAR2017 Outstanding Paper）

[C17b] Shuji Jinbo, Bahaa Aldeen Alghazawy, Satoshi Fujita, Batch-based flash crowd relaxation in cloud-assisted P2P live streaming. SNPD 2017: 95-100.

[C16a] Hironori Ando, Satoshi Fujita, Tight Bounds for Two-Hop Delivery in Homogeneous P2P Video Streaming Systems. CANDAR 2016: 1-8.

[C14] Shotaro Okada, Satoshi Fujita, P2P overlay for CDN-P2P being aware of the upload capacity of participants. ICPADS 2014: 823-828.