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Kohei Miyamoto
ORCID
Publication Activity (10 Years)
Years Active: 2017-2023
Publications (10 Years): 9
Top Topics
Personal Information
Feature Weights
Intrusion Detection
Exponential Family
Top Venues
IEEE Access
AsiaJCIS
ISIT
CoRR
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Publications
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Shota Kawanaka
,
Yoshikatsu Kashiwabara
,
Kohei Miyamoto
,
Masazumi Iida
,
Chansu Han
,
Tao Ban
,
Takeshi Takahashi
,
Jun'ichi Takeuchi
Packet-Level Intrusion Detection Using LSTM Focusing on Personal Information and Payloads.
AsiaJCIS
(2023)
Kohei Miyamoto
,
Masazumi Iida
,
Chansu Han
,
Tao Ban
,
Takeshi Takahashi
,
Jun'ichi Takeuchi
Consolidating Packet-Level Features for Effective Network Intrusion Detection: A Novel Session-Level Approach.
IEEE Access
11 (2023)
Kohei Miyamoto
,
Andrew R. Barron
,
Jun'ichi Takeuchi
Improved MDL Estimators Using Fiber Bundle of Local Exponential Families for Non-exponential Families.
CoRR
(2023)
Satoshi Kitayama
,
Kohei Miyamoto
,
Rihito Izutsu
,
Satoshi Tabuchi
,
Sayaka Yamada
Numerical optimization of baffle configuration in header of heat exchanger using sequential approximate optimization.
Simul. Model. Pract. Theory
115 (2022)
Kohei Miyamoto
,
Hiroki Goto
,
Ryosuke Ishibashi
,
Chansu Han
,
Tao Ban
,
Takeshi Takahashi
,
Jun'ichi Takeuchi
Malicious Packet Classification Based on Neural Network Using Kitsune Features.
ISPR
(2022)
Ryosuke Ishibashi
,
Kohei Miyamoto
,
Chansu Han
,
Tao Ban
,
Takeshi Takahashi
,
Jun'ichi Takeuchi
Generating Labeled Training Datasets Towards Unified Network Intrusion Detection Systems.
IEEE Access
10 (2022)
Kohei Miyamoto
,
Jun'ichi Takeuchi
On MDL Estimation for Simple Contaminated Gaussian Location Families.
ISITA
(2020)
Kohei Miyamoto
,
Andrew R. Barron
,
Jun'ichi Takeuchi
Improved MDL Estimators Using Local Exponential Family Bundles Applied to Mixture Families.
ISIT
(2019)
Yoshito Otake
,
Kohei Miyamoto
,
Axel Ollivier
,
Futoshi Yokota
,
Norio Fukuda
,
Lauren J. O'Donnell
,
Carl-Fredrik Westin
,
Masaki Takao
,
Nobuhiko Sugano
,
Beom Sun Chung
,
Jin-Seo Park
,
Yoshinobu Sato
Reconstruction of 3D Muscle Fiber Structure Using High Resolution Cryosectioned Volume.
MSKI@MICCAI
(2017)