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Hitoshi Tabuchi
Publication Activity (10 Years)
Years Active: 2010-2023
Publications (10 Years): 11
Top Topics
Neural Network
Discrimination Ability
Support Vector Machine
Retinal Fundus
Top Venues
SMC
ACCV Workshops
ISMVL
IIAI-AAI-Winter
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Publications
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Tomohiro Ishigami
,
Teijiro Isokawa
,
Naotake Kamiura
,
Hiroki Masumoto
,
Hitoshi Tabuchi
Instillation checking using long short-term memories for ophthalmology patients.
Concurr. Comput. Pract. Exp.
35 (19) (2023)
Yuki Sonetsuji
,
Teijiro Isokawa
,
Naotake Kamiura
,
Hitoshi Tabuchi
On Neural-Network-Based Detection for Hypertensive Subjects Using Classification of Retinal Fundus Photographs.
ISMVL
(2023)
Shoji Morita
,
Teijiro Isokawa
,
Naotake Kamiura
,
Hitoshi Tabuchi
Data-Classification-Based Determination for Ophthalmological Examination Categories using Machine Learning.
FLAP
9 (3) (2022)
Naotake Kamiura
,
Shoji Morita
,
Teijiro Isokawa
,
Masahiro Akada
,
Hitoshi Tabuchi
Tracking of Surgical Instrument Based on Neural Network and Optical Flow for Videos of Simulated Intrascleral Intraocular Lens Fixation.
IIAI-AAI-Winter
(2022)
Tomohiro Ishigami
,
Teijiro Isokawa
,
Naotake Kamiura
,
Hiroki Masumoto
,
Hitoshi Tabuchi
Instillation Checking Using Long Short-Term Memories for Ophthalmology Patients.
CANDAR (Workshops)
(2021)
Naotake Kamiura
,
Takayuki Yumoto
,
Teijiro Isokawa
,
Hiroki Masumoto
,
Tomofusa Yamauchi
,
Hitoshi Tabuchi
On Discrimination of Right and Left Eyes for Ophthalmic Surgery Using Neural Networks.
IIAI-AAI
(2019)
Hiroki Masumoto
,
Hitoshi Tabuchi
,
Shoto Adachi
,
Shunsuke Nakakura
,
Hideharu Ohsugi
,
Daisuke Nagasato
Retinal Detachment Screening with Ensembles of Neural Network Models.
ACCV Workshops
(2018)
Naotake Kamiura
,
Takayuki Yumoto
,
Teijiro Isokawa
,
Tomofusa Yamauchi
,
Hitoshi Tabuchi
On Biometric Identification Using Optical-Coherence-Tomography Data for Ophthalmic Patients.
SCIS&ISIS
(2018)
Hitoshi Tabuchi
,
Hiroki Masumoto
,
Shunsuke Nakakura
,
Asuka Noguchi
,
Hirotaka Tanabe
Discrimination Ability of Glaucoma via DCNNs Models from Ultra-Wide Angle Fundus Images Comparing Either Full or Confined to the Optic Disc.
ACCV Workshops
(2018)
Shoji Morita
,
Naotake Kamiura
,
Teijiro Isokawa
,
Takayuki Yumoto
,
Aoi Emura
,
Tomofusa Yamauchi
,
Hitoshi Tabuchi
Ophthalmological Examination Determination Using Data Classification Based on Feedforward Neural Networks.
SMC
(2018)
Naotake Kamiura
,
Teijiro Isokawa
,
Takayuki Yumoto
,
Tomofusa Yamauchi
,
Hitoshi Tabuchi
On expectation of binding time for ophthalmological outpatients.
SMC
(2017)
Naotake Kamiura
,
Manabu Nii
,
Takayuki Yumoto
,
Tomofusa Yamauchi
,
Hitoshi Tabuchi
On Clinical-Data-Based Personal Identification for Ophthalmological Patients.
SMC
(2015)
Naotake Kamiura
,
Manabu Nii
,
Takayuki Yumoto
,
Tomofusa Yamauchi
,
Hitoshi Tabuchi
On Data Classification of Cataract Patients for Selecting Intraocular Lens Power Formula.
ICETET
(2015)
Naotake Kamiura
,
Tomoya Fukuda
,
Ayumu Saitoh
,
Teijiro Isokawa
,
Nobuyuki Matsui
,
Hitoshi Tabuchi
On Selection of Intraocular Power Formula Using Support Vector Machines and Genetic Algorithm.
ISMVL
(2013)
Naotake Kamiura
,
Naoto Yamada
,
Ayumu Saitoh
,
Teijiro Isokawa
,
Nobuyuki Matsui
,
Hitoshi Tabuchi
On Determination of Ophthalmic Examinations Using Support Vector Machines.
SMC
(2013)
Naotake Kamiura
,
Ayumu Saitoh
,
Teijiro Isokawa
,
Nobuyuki Matsui
,
Hitoshi Tabuchi
On Waiting-time Estimation for Outpatients at Department of Ophthalmology.
ICETET
(2012)
Naotake Kamiura
,
Ayumu Saitoh
,
Teijiro Isokawa
,
Nobuyuki Matsui
,
Hitoshi Tabuchi
Classification of Interview Sheets Using Self-Organizing Maps for Determination of Ophthalmic Examinations.
ICONIP (4)
(2012)
Tomoya Fukuda
,
Naotake Kamiura
,
Ayumu Saitoh
,
Teijiro Isokawa
,
Nobuyuki Matsui
,
Hitoshi Tabuchi
Formula selection for intraocular power calculation using support vector machines and self-organizing maps.
SMC
(2011)
Naotake Kamiura
,
Nariaki Takehara
,
Ayumu Saitoh
,
Teijiro Isokawa
,
Nobuyuki Matsui
,
Hitoshi Tabuchi
On selection of intraocular power formula based on data classification using self-organizing maps.
SMC
(2010)