Supporting IP/LEO satellite networks by handover-independent IP mobility management. - Hiroshi Tsunoda; Kohei Ohta; Nei Kato; Yoshiaki Nemoto (IEEE J. Sel. Areas Commun., 2004)

Differencing Worm Flows and Normal Flows for Automatic Generation of Worm Signatures. - Kumar Simkhada; Hiroshi Tsunoda; Yuji Waizumi; Yoshiaki Nemoto (ISM, 2005)

Network Controlled Handover for Improving TCP Performance in LEO Satellite Networks. - Hiroshi Tsunoda; Umith Dharmaratna; Nei Kato; Abbas Jamalipour; Yoshiaki Nemoto (GLOBECOM, 2006)

Geographical and Orbital Information Based Mobility Management to Overcome Last-Hop Ambiguity over IP/LEO Satellite Networks. - Hiroshi Tsunoda; Kohei Ohta; Nei Kato; Yoshiaki Nemoto (ICC, 2006)

Distributed Early Worm Detection Based on Payload Histograms. - Yuji Waizumi; Masashi Tsuji; Hiroshi Tsunoda; Nirwan Ansari; Yoshiaki Nemoto (ICC, 2007)

A Low Cost Worm Detection Technique based on Flow Payload Similarity. - Youhei Suzuki; Yuji Waizumi; Hiroshi Tsunoda; Yoshiaki Nemoto (WEBIST (1), 2007)

Ultra-Mobile Echo Network in Health Care System. - Yoshifumi Saijo; Takahiro Iwamoto; Kazuto Kobayashi; Satoshi Yamaguchi; Hiroshi Tsunoda; Hidehisa Nakayama; Nei Kato; Yoshiaki Nemoto (CBMS, 2008)

A Reliable Network Identification Method Based on Transition Pattern of Payload Length. - Shinnosuke Yagi; Yuji Waizumi; Hiroshi Tsunoda; Yoshiaki Nemoto (GLOBECOM, 2008)

Detecting Pulsing Denial-of-Service Attacks Based on the Bandwidth Usage Condition. - Hiroshi Tsunoda; Kenjirou Arai; Yuji Waizumi; Nirwan Ansari; Yoshiaki Nemoto (ICC, 2008)

Network Application Identification Using Transition Pattern of Payload Length. - Shinnosuke Yagi; Yuji Waizumi; Hiroshi Tsunoda; Abbas Jamalipour; Nei Kato; Yoshiaki Nemoto (WCNC, 2008)

Detecting DRDoS attacks by a simple response packet confirmation mechanism. - Hiroshi Tsunoda; Kohei Ohta; Atsunori Yamamoto; Nirwan Ansari; Yuji Waizumi; Yoshiaki Nemoto (Comput. Commun., 2008)

A Prioritized Retransmission Mechanism for Reliable and Efficient Delivery of Syslog Messages. - Hiroshi Tsunoda; Takafumi Maruyama; Kohei Ohta; Yuji Waizumi; Glenn Mansfield Keeni; Yoshiaki Nemoto (CNSR, 2009)

Wireless telemedicine services over integrated IEEE 802.11/WLAN and IEEE 802.16/WiMAX networks. - Yan Zhang 008; Nirwan Ansari; Hiroshi Tsunoda (IEEE Wirel. Commun., 2010)

Development of a WLAN based monitoring system for group activity measurement in real-time. - Hiroshi Tsunoda; Hidehisa Nakayama; Kohei Ohta; Akihiro Suzuki; Hiroki Nishiyama 001; Ryoichi Nagatomi; Kazuo Hashimoto; Yuji Waizumi; Glenn Mansfield Keeni; Yoshiaki Nemoto (J. Commun. Networks, 2011)

Security by simple network traffic monitoring. - Hiroshi Tsunoda; Glenn Mansfield Keeni (SIN, 2012)

A Multi-Stage Network Anomaly Detection Method for Improving Efficiency and Accuracy. - Yuji Waizumi; Hiroshi Tsunoda; Masashi Tsuji; Yoshiaki Nemoto (J. Information Security, 2012)

G-MIB: Green-oriented Management Information Base and its standardization in IETF. - Satoru Izumi; Naoki Nakamura; Hiroshi Tsunoda; Masahiro Matsuda; Kohei Ohta; Takuo Suganuma; Glenn Mansfield Keeni; Norio Shiratori (GCCE, 2013)

Managing syslog. - Hiroshi Tsunoda; Glenn Mansfield Keeni (APNOMS, 2014)

Focus on accuracy and consistency of advanced applications for monitoring the future Internet. - Hiroshi Tsunoda; Glenn Mansfield Keeni (NOMS, 2014)

Feasibility of societal model for securing Internet of Things. - Hiroshi Tsunoda; Glenn Mansfield Keeni (IWCMC, 2017)

Analyzing darknet TCP traffic stability at different timescales. - Napaphat Vichaidis; Hiroshi Tsunoda; Glenn Mansfield Keeni (ICOIN, 2018)

Feasibility of Societal Model for Securing Internet of Things. - Hiroshi Tsunoda; Rodrigo Roman; Javier López 001; Glenn Mansfield Keeni (KSII Trans. Internet Inf. Syst., 2018)

L2L3 VPN Multicast MIB. - Jeffrey (Zhaohui) Zhang; Hiroshi Tsunoda (RFC, 2018)

BGP/MPLS Layer 3 VPN Multicast Management Information Base. - Hiroshi Tsunoda (RFC, 2018)

Security and Privacy Awareness: for Software Creators and Users. - Glenn Mansfield Keeni; Hiroshi Tsunoda (iCAST, 2019)

An eBPF-based packet capture system with embedded application metadata for network forensics. - Masaya Okabe; Hiroshi Tsunoda (Int. J. Netw. Comput., 2025)