Distributed meta-heuristic method for network optimization problems in information network. - Norihiko Shinomiya; Hitoshi Watanabe (ISCAS (6), 1999)

A theory of tie‐set graph and its application to information network management. - Norihiko Shinomiya; Toshio Koide; Hitoshi Watanabe (Int. J. Circuit Theory Appl., 2001)

Programmable Ad Hoc Networks. - Daiki Okada; Daisuke Kasamatsu; Norihiko Shinomiya; Tadashi Ohta (ICSEA, 2006)

Optical Fiber Sensor Network Integrating Communication and Sensing Functions Using Hetero-core Spliced Fiber Optic Sensors. - Nobutoshi Abe; Norihiko Shinomiya; Yoshimi Teshigawara (AINA, 2009)

A Broadcasting Method considering Battery Lifetime and Distance between Nodes in MANET. - Daisuke Kasamatsu; Norihiko Shinomiya; Tadashi Ohta (ICDCS Workshops, 2009)

A Study on Sensor Multiplicity in Optical Fiber Sensor Networks. - Nobutoshi Abe; Yusuke Arai; Michiko Nishiyama; Norihiko Shinomiya; Kazuhiro Watanabe; Yoshimi Teshigawara (AINA, 2010)

Implementation and Evaluation of Emulator for Testing Service Programs in MANET. - Daisuke Kasamatsu; Norihiko Shinomiya (AINA Workshops, 2010)

An Evaluation Technique Using Network Voronoi Diagram for Balanced Optical Network Design. - Masayuki Minoura; Norihiko Shinomiya; Kazuyuki Tajima; Takuya Miyashita; Motoyoshi Sekiya (AINA Workshops, 2010)

Distributed control based on tie-set graph theory for smart grid networks. - Kiyoshi Nakayama; Norihiko Shinomiya (ICUMT, 2010)

Distributed control for link failure based on tie-sets in information networks. - Kiyoshi Nakayama; Norihiko Shinomiya; Hitoshi Watanabe (ISCAS, 2010)

Network Failure Recovery with Tie-Sets. - Kiyoto Kadena; Kiyoshi Nakayama; Norihiko Shinomiya (AINA Workshops, 2011)

Constructing an optical fiber sensor network for natural environment remote monitoring. - Lee See Goh; Koichi Onodera; Mitsuhisa Kanetsuna; Kazuhiro Watanabe; Norihiko Shinomiya (APCC, 2011)

Broadcasting Method Based on Topology Control for Fault-Tolerant MANET. - Daisuke Kasamatsu; Yuta Kawamura; Masahiro Oki; Norihiko Shinomiya (ICDCS Workshops, 2011)

Autonomous recovery for link failure based on tie-sets in information networks. - Kiyoshi Nakayama; Norihiko Shinomiya (ISCC, 2011)

A Hetero-core Spliced Optical Fiber Sensor Network for Remote Monitoring of Agricultural Enviroment. - Lee See Goh; Takaaki Ichimiya; Kazuhiro Watanabe; Norihiko Shinomiya (AINA Workshops, 2012)

An Autonomous Distributed Control Method for Link Failure Based on Tie-Set Graph Theory. - Kiyoshi Nakayama; Norihiko Shinomiya; Hitoshi Watanabe (IEEE Trans. Circuits Syst. I Regul. Pap., 2012)

A Failure Recovery Method Based on Cycle Structure and Its Verification by OpenFlow. - Junichi Nagano; Norihiko Shinomiya (AINA, 2013)

Feasibility evaluation of multi-point sensing for hetero-core spliced optical fiber sensor using the internet-standard protocol. - Lee See Goh; Kazuhiro Watanabe; Norihiko Shinomiya (ICST, 2013)

A node-weight equalization problem with circuit-based computations. - Yoichi Sakai; Kiyoshi Nakayama; Norihiko Shinomiya (ISCAS, 2013)

An autonomous distributed control method based on tie-set graph theory in future grid. - Kiyoshi Nakayama; Norihiko Shinomiya; Hitoshi Watanabe (Int. J. Circuit Theory Appl., 2013)

On maximizing tree reliability based on minimum diameter spanning tree. - Genya Ishigaki; Masao Yoshida; Norihiko Shinomiya (APCCAS, 2014)

Support system for caregivers with optical fiber sensor and cleaning robot. - Junko Ichikawa; Tetsuya Kon; Norihiko Shinomiya (GCCE, 2014)

Remote Management for Multipoint Sensing Systems Using Hetero-Core Spliced Optical Fiber Sensors. - Lee See Goh; Yuji Anoda; Kazuhiro Watanabe; Norihiko Shinomiya (Sensors, 2014)

An identification method for optical fiber sensors in sensor network applications. - Koki Fuchigami; Norihiko Shinomiya (GCCE, 2015)

Layered control plane for reducing information sharing in OpenFlow networks. - Hidenobu Aoki; Junichi Nagano; Norihiko Shinomiya (ICC Workshops, 2015)

Distributed network flow optimization algorithm with tie-set control based on coloring for SDN. - Genya Ishigaki; Norihiko Shinomiya (ICNC, 2015)

Efficient information sharing among distributed controllers of OpenFlow network with bi-connectivity. - Junichi Nagano; Norihiko Shinomiya (ICNC, 2015)

A detection scheme for reactions of optical fiber sensors with the Internet standard protocol. - Koki Fuchigami; Norihiko Shinomiya (ICST, 2015)

Support system for caregivers with sensor network and machine learning. - Naoki Mitabe; Norihiko Shinomiya (GCCE, 2016)

Significance Analysis for Edges in a Graph by means of Leveling Variables on Nodes. - Kento Hamda; Genya Ishigaki; Yoichi Sakai; Norihiko Shinomiya (ICCCNT, 2016)

Finding Tie-sets with the Minimal Number of Total Elements for Effective Failure Recovery. - Mitsunobu Homma; Norihiko Shinomiya (ICCCNT, 2016)

A tie-set based approach of Software-Defined Networking for traffic load balancing. - Masashi Yamada; Genya Ishigaki; Norihiko Shinomiya (ICCCNT, 2016)

Controller placement algorithm to alleviate burdens on communication nodes. - Genya Ishigaki; Norihiko Shinomiya (ICNC, 2016)

On composing a resilient tree in a network with intermittent links based on stress centrality. - Genya Ishigaki; Norihiko Shinomiya (ISCC, 2016)

A matching-based strategy for AP selection in sustainable heterogeneous wireless networks. - Hideo Kobayashi; Eiichi Kameda; Norihiko Shinomiya (ISCC, 2016)

Efficient switch clustering for distributed controllers of OpenFlow network with bi-connectivity. - Junichi Nagano; Norihiko Shinomiya (Comput. Networks, 2016)

Multi-leader Election in a Clustered Graph for Distributed Network Control. - Hideki Shindo; Hideo Kobayashi; Genya Ishigaki; Norihiko Shinomiya (AINA, 2017)

An intelligent care support system for the elderly with an autonomous robot in ambient sensors. - Naoki Mitabe; Norihiko Shinomiya (GCCE, 2017)

Cluster Leader Election Problem for Distributed Controller Placement in SDN. - Genya Ishigaki; Riti Gour; Ashkan Yousefpour; Norihiko Shinomiya; Jason P. Jue (GLOBECOM, 2017)

Support system for elderly care with ambient sensors in indoor environment. - Naoki Mitabe; Norihiko Shinomiya (ICST, 2017)

Fall Detection System for the Elderly Using RFID Tags with Sensing Capability. - Koichi Toda; Norihiko Shinomiya (GCCE, 2018)

Embedding Chains of Virtual Network Functions in Inter-Datacenter Networks. - Hideo Kobayashi; Genya Ishigaki; Riti Gour; Jason P. Jue; Norihiko Shinomiya (ICNC, 2018)

An intelligent support system for elderly care with RFID tags and a cleaning robot. - Naoki Mitabe; Norihiko Shinomiya (ICST, 2018)

Characteristic Analysis of the Edge Centrality Based on Activity Propagation in Information Networks. - Eiichi Takazawa; Kento Hamada; Norihiko Shinomiya (SMC, 2018)

Network Partitioning Algorithm for Minimizing Communication Latency in SDN. - Eiichiro Kawaguchi; Norihiko Shinomiya (TENCON, 2018)

Towards sustainable heterogeneous wireless networks: A decision strategy for AP selection with dynamic graphs. - Hideo Kobayashi; Eiichi Kameda; Yoshiaki Terashima; Norihiko Shinomiya (Comput. Networks, 2018)

A Solving Method for Computing and Network Resource Minimization Problem in Service Function Chain Against Multiple VNF Failures. - Daiki Yamada; Norihiko Shinomiya (CIC, 2019)

Monitoring System for the Elderly on Staircase using Passive RFID Sensor Tags. - Wattana Banno; Norihiko Shinomiya (GCCE, 2019)

Safety management system in staircase with passive RFID sensor tags. - Wattana Banno; Norihiko Shinomiya (ICCE-TW, 2019)

Indoor fall detection system for the elderly using passive RFID sensor tags. - K. Toda; Norihiko Shinomiya (ICCE-TW, 2019)

Machine learning-based fall detection system for the elderly using passive RFID sensor tags. - Koichi Toda; Norihiko Shinomiya (ICST, 2019)

Unsplittable flow Edge Load factor Balancing in SDN using P4 Runtime. - Eiichiro Kawaguchi; Hikaru Kasuga; Norihiko Shinomiya (ITNAC, 2019)

A proposal of information diffusion model using information vitality. - Yuya Ota; Norihiko Shinomiya (ITNAC, 2019)

Computing and Network Resource Minimization Problem for Service Function Chaining against Multiple VNF Failures. - Daiki Yamada; Norihiko Shinomiya (TENCON, 2019)

El Niño-Southern Oscillation forecasting using complex networks analysis of LSTM neural networks. - Clifford Broni-Bediako; Ferdinand Apietu Katsriku; Tatsuo Unemi; Masayasu Atsumi; Jamal-Deen Abdulai; Norihiko Shinomiya; Ebenezer Owusu (Artif. Life Robotics, 2019)

A Method for Requesting Power-Conservation Considering Diversification of Consumers' Behavior in an Electricity Market. - Yuto Tamura; Norihiko Shinomiya (GCCE, 2020)

An Evolutionary Game for Analyzing Switching Behavior of Consumers in Electricity Retail Markets. - Ryo Hase; Norihiko Shinomiya (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2020)

A Rule-based Approach for Elimination Paperwork and Increasing Efficiency in Home Nursing Services. - Asuka Mibu; Norihiko Shinomiya (GCCE, 2021)

An Atomic Swap Approach for P2P Electricity Trading Including Transmission Loss. - Koichi Takai; Norihiko Shinomiya (GCCE, 2021)

Cloud-based fall Detection System with Passive RFID Sensor Tags and Supervised Learning. - Koichi Takatou; Norihiko Shinomiya (GCCE, 2021)

A Battery-Free Sensor Based Fall Monitoring System for the Elderly on a Staircase. - Wattana Banno; Norihiko Shinomiya (LifeTech, 2021)

An ICT-based supporting system for home-nursing services. - Asuka Mibu; Norihiko Shinomiya (LifeTech, 2021)

A Cloud-based Fall Detection System for Elderly Care with Passive RFID Sensor Tags. - Koichi Takatou; Norihiko Shinomiya (LifeTech, 2021)

A Method of Service Function Chain Configuration to Minimize Computing and Network Resources for VNF Failures. - Akihiko Taniguchi; Norihiko Shinomiya (TENCON, 2021)

Envy-Free Resource Sharing on a Temporal Network Using a Minimum Cost Circulation Problem. - Ryo Hase; Mitsue Imahori; Norihiko Shinomiya (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2021)

An approximate approach to the Unsplittable flow Edge-Load factor Balancing problem with the Lagrangian relaxation. - Daichi Shimizu; Norihiko Shinomiya (GCCE, 2022)

Wireless Network Selection System Using Federated Learning Considering Applications in Use. - Shuta Fukuda; Norihiko Shinomiya (GCCE, 2023)

A load balancing method using load factor on unsplittable flow edges in information and communication networks. - Daichi Shimizu; Norihiko Shinomiya (ICNC, 2023)

Maximizing External Action with Information Provision Over Multiple Rounds in Online Social Networks. - Masaaki Miyashita; Norihiko Shinomiya; Daisuke Kasamatsu; Genya Ishigaki (IEICE Trans. Inf. Syst., 2023)

An Algorithm for Estimating Perfect Preferences under Subjective Evaluations in a Laboratory Assignment Problem. - Ryo Ishigami; Isamu Okada; Norihiko Shinomiya (GCCE, 2024)

Enhancing Running Performance: A Federated Learning Approach with Wearable Devices. - Kyoshiro Takanashi; Norihiko Shinomiya (GCCE, 2024)

An Approximate Solution Using K-Shortest Path and Reinforcement Learning for a Load Balancing Problem in Communication Networks. - Himeno Takahashi; Norihiko Shinomiya (ICCE-Taiwan, 2024)

ProfileOTMM: Automated Glycan Motif Analysis Through Pattern Recognition of Tree Structures. - Kento Totsuka; Masae Hosoda; Kiyoko F. Aoki-Kinoshita; Norihiko Shinomiya (TENCON, 2024)

Improving Quality of Service and HTTPS DDoS Detection in MEC Environment With a Cyber Deception-Based Architecture. - Joelle Kabdjou; Norihiko Shinomiya (IEEE Access, 2024)

An Approximate Solution Using Graph Convolutional Network for a Load Balancing Problem in Communication Networks. - Shota Osada; Norihiko Shinomiya (ICCCN, 2025)

An Approach for Utilizing Decision-Making Systems in Mobile Edge Computing Server. - Joelle Kabdjou; Norihiko Shinomiya (ICCE, 2025)

A Method for Service Function Chain Migration Based on Server Failure Prediction in Mobile Edge Computing Environment. - Joelle Kabdjou; Norihiko Shinomiya (IEEE Access, 2025)

On Modeling Agent Behavior Change Through Multi-Typed Information Diffusion in Online Social Networks. - Masaaki Miyashita; Norihiko Shinomiya; Daisuke Kasamatsu; Genya Ishigaki (IEEE Access, 2025)

Foreword. - Norihiko Shinomiya (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2025)