A proposal of fast vertical handover by virtual MAC address scheme on mobile Ethernet. - Koichi Ishibashi; Akira Okubo; Takashi Sakakura; Masahiro Kuroda (LANMAN, 2004)

Handover latency analysis on mobile Ethernet. - Tetsuya Aoyama; Koichi Ishibashi; Masaki Bandai; Masahiro Kuroda; Takashi Watanabe 001 (WCNC, 2005)

Proposal and Implementation Study of Forwarding Method for Urgent Messages on a Wireless Sensor Network. - Koichi Ishibashi; Kenichi Takada; Masatsugu Yano (IEICE Trans. Commun., 2007)

Stability metric based routing protocol for low-power and lossy networks. - Xin Yang; Jianlin Guo; Philip V. Orlik; Kieran Parsons; Koichi Ishibashi (ICC, 2014)

Reliable routing in large scale wireless sensor networks. - Jianlin Guo; Philip V. Orlik; Jinyun Zhang; Koichi Ishibashi (ICUFN, 2014)

Resource Aware Routing Protocol in Heterogeneous Wireless Machine-to-Machine Networks. - Jianlin Guo; Philip V. Orlik; Kieran Parsons; Koichi Ishibashi; Daisuke Takita (GLOBECOM, 2015)

A Study of Network Stability on Wireless Sensor Networks. - Koichi Ishibashi; Katsunori Yamaoka (NGMAST, 2015)

Resource aware hierarchical routing in heterogeneous wireless IoT networks. - Jianlin Guo; Philip V. Orlik; Koichi Ishibashi (ICUFN, 2016)

Implementation of IoT Networks Based on MQTT for Wildlife Monitoring System. - Keitaro Terada; Eisei Yoshida; Koichi Ishibashi; Hiroaki Mukai; Tetsuya Yokotani (IoTaIS, 2019)

Proposal of MQTT distributed broker control mechanism. - Keitaro Terada; Shuichi Ohno; Hiroaki Mukai; Koichi Ishibashi; Tetsuya Yokotani (ICOIN, 2020)

Proposals on the Root Data Domain Gateway and System Operations for IoT Data Interoperability. - Eisei Yoshida; Tetsuya Yokotani; Koichi Ishibashi; Hiroaki Mukai (ICOIN, 2021)

Prototype implementation of downward transfer method by tunneling for a large-scale data collection system using MQTT. - Fuya Aoki; Koichi Ishibashi; Tetsuya Yokotani (APCC, 2022)

A proposal on the control mechanism among distributed MQTT brokers over wide area networks. - Yuto Noda; Koichi Ishibashi; Tetsuya Yokotani (IoTaIS, 2022)

Implementation and Evaluation of the Control Mechanism Among Distributed MQTT Brokers. - Kazuhiro Kosaka; Yuto Noda; Tetsuya Yokotani; Koichi Ishibashi (IEEE Access, 2023)

Proposed transfer control mechanisms and their standardization on IoT Data Exchange Platform. - Tetsuya Yokotani; Masaki Mitsuuchi; Yuuki Hatanaka; Koichi Ishibashi; Atsuko Yokotani; Hiroshi Mineno (CSCN, 2024)