Faculty Profiles - OIDA Kazumasa

写真a

OIDA Kazumasa

Organization

Faculty of Information Engineering Department of Computer Science and Engineering Professor
Graduate School of Engineering Doctor's Course Intelligent Information System Engineering Professor
Graduate School of Engineering Master's program Computer Science and Engineering Professor

Contact information

Homepage

http://www.fit.ac.jp/~oida/index.html

External link

Degree

博士（情報学）

Research Interests

Online social network analysis
Blockchain applications
IoT/Drone security
UAV security
Social Network Systems
Cybersecurity
Cybersecurity

Research Areas

Informatics / Software
Informatics / Mathematical informatics / ソーシャルネットワーク
Informatics / Information security / Tor、プライバシー保護、暗号

Education

Kyoto University
University of Tsukuba

Research History

ＮＴＴ，　ＡＴＲ

Professional Memberships

IEEE

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ＡＣＭ
ＩＥＥＥ
ACM

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Papers

Blindfolded Flight: A Novel Approach for Secure Drone Flight

Oida K., Korezawa T., Yamada T., Eto S.

IEEE Access 13 121497 - 121511 2025

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Authorship：Lead author Publisher：IEEE Access

This study proposes a positioning system that allows a drone to determine its location independently of external data sources. The system is one of the key factors in achieving blindfolded flight, which is the ability to follow a predetermined flight route using only the aircraft’s internal data, even in the presence of spoofing, interference, or unavailability of any positioning systems. The system remains operational even when the sensor signals are of low quality. The GPS spoofing detection method based on this system effectively manages slow drift attacks, and its stability is demonstrated by the small coefficients of variation (CVs) of detection delays. The prediction of the current position is based on deep learning rather than motion equations. Existing approaches to blindfolded flight are constrained by cost, flight time, or flight distance. The proposed system does not significantly suffer from these limitations. The flight time limitations of the latest studies are approximately 100 s. The system demonstrates no tendency for prediction error to increase over time during the 360-second flight, regardless of the presence of GPS spoofing attacks.

DOI： 10.1109/ACCESS.2025.3586933

Scopus
Information cascade final size distributions derived from urn models Reviewed

Kazumasa Oida

Applied Network Science 8 ( 1 ) 2023.6

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Authorship：Lead author Language：English Publishing type：Research paper (scientific journal) Publisher：Springer Science and Business Media {LLC}

DOI： 10.1007/s41109-023-00554-7

Scopus

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Smishing Strategy Dynamics and Evolving Botnet Activities in Japan Reviewed

Ryu Saeki, Leo Kitayama, Jun Koga, Makoto Shimizu, Kazumasa Oida

IEEE Access 10 114869 - 114884 2022.11

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Publishing type：Research paper (scientific journal) Publisher：Institute of Electrical and Electronics Engineers (IEEE)

DOI： 10.1109/ACCESS.2022.3217795

Scopus

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Bi-Polarization in Cascade Size Distributions Reviewed

Kazumasa Oida

IEEE Access 9 72867 - 72880 2021

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Authorship：Lead author Publishing type：Research paper (scientific journal) Publisher：Institute of Electrical and Electronics Engineers ({IEEE})

DOI： 10.1109/ACCESS.2021.3079917

Scopus

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Teaching Experience (On-campus)

2024 Seminar on Fundamentals of Computer
2024 Network Programming
2024 Information Security
2024 Experiments of Computer Science and
2024 Special Lectures in Computer Science and
2024 Graduation Study
2024 Advanced Software Engineering II
2023 Seminar on Fundamentals of Computer
2023 Network Programming
2023 Information Security
2023 Experiments of Computer Science and
2023 Special Lectures in Computer Science and
2023 Graduation Study
2023 Advanced Software Engineering II
2023 Research Study for Master's Thesis in
2022 Seminar on Fundamentals of Computer
2022 Experiments of Computer Science and
2022 Network Programming
2022 Information Security
2022 Graduation Study
2022 Advanced Software Engineering II
2021 Seminar on Fundamentals of Computer
2021 Project-Based Training I
2021 Project-Based Training II
2021 Information Security
2021 Experiments of Computer Science and
2021 Special Lectures in Computer Science and
2021 Network Programming
2021 Graduation Study
2021 Advanced Software Engineering II
2020 Seminar on Fundamentals of Computer
2020 Project-Based Training I
2020 Network Programming
2020 Information Security
2020 Experiments of Computer Science and
2020 Special Lectures in Computer Science and
2020 Graduation Study
2020 Advanced Software Engineering II
2020 Research Study for Master's Thesis in
2019 Seminar on Fundamentals of Computer
2019 Project-Based Training I
2019 Network Programming
2019 Information Security
2019 Experiments of Computer Science and
2019 Special Lectures in Computer Science and
2019 Graduation Study
2019 Advanced Software Engineering II
2019 Research Study for Master's Thesis in
2018 Seminar on Fundamentals of Computer
2018 Project-Based Training I
2018 Network Programming
2018 Project-Based Training II
2018 Information Security
2018 Experiments of Computer Science and
2018 Special Lectures in Computer Science and
2018 Graduation Study
2018 Advanced Software Engineering II
2017 Seminar on Fundamentals of Computer
2017 Project-Based Training I
2017 Network Programming
2017 Information Security
2017 Experiments of Computer Science and
2017 Special Lectures in Computer Science and
2017 Graduation Study
2017 Advanced Software Engineering II
2017 Research Study for Master's Thesis in
2016 Seminar on Fundamentals of Computer
2016 Network Programming
2016 Information Security
2016 Experiments of Computer Science and
2016 Special Lectures in Computer Science and
2016 Graduation Study
2016 Advanced Software Engineering II

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