Selective Refinement of 3-D Scence Description by Attentive Observation for Mobile Robot. - Hotaka Takizawa; Yoshiaki Shirai; Jun Miura (IROS (Selected Papers), 1994)

Recognition of intersection scene by attentive observation for a mobile robot. - Hotaka Takizawa; Yoshiaki Shirai; Yoshinori Kuno; Jun Miura (IROS, 1996)

Selective refinement of 3-D scene description by attentive observation for mobile robot. - Hotaka Takizawa; Yoshiaki Shirai; Jun Miura (Robotics Auton. Syst., 1996)

Planning of observation and motion for interpretation of road intersection scenes considering uncertainty. - Hotaka Takizawa; Yoshiaki Shirai; Jun Miura; Yoshinori Kuno (IROS, 1998)

Recognition of lung nodules from x-ray CT images considering 3D structure of objects and uncertainty of recognition. - Hotaka Takizawa; Gentaro Fukano; Shinji Yamamoto; Tohru Matsumoto; Yukio Tateno; Takeshi Iinuma; Mitsuomi Matsumoto (Image Processing, 2000)

Recognition of lung nodules from X-ray CT images using 3D MRF models. - Hotaka Takizawa; Shinji Yamamoto; Toru Matsumoto 001; Yukio Tateno; Takeshi Iinuma; Mitsuomi Matsumoto (CARS, 2001)

A CAD system for lung cancer screening test by X-ray CT. - Shinji Yamamoto; Hotaka Takizawa; Hao Jiang; Tohru Nakagawa; Toru Matsumoto 001; Yukio Tateno; Takeshi Iinuma; Mitsuomi Matsumoto (CARS, 2001)

Recognition of Lung Nodules from X-ray CT Images Using 3D Markov Random Field Models. - Hotaka Takizawa; Shinji Yamamoto; Toru Matsumoto 001; Yukio Tateno; Takeshi Iinuma; Mitsuomi Matsumoto (ICPR (1), 2002)

Automatic detection method of lung cancers including ground-glass opacities from chest x-ray CT images. - Toshiharu Ezoe; Hotaka Takizawa; Shinji Yamamoto; Akinobu Shimizu; Tohru Matsumoto; Yukio Tateno; Takeshi Iimura; Mitsuomi Matsumoto (Image Processing, 2002)

Recognition of lung nodules from x-ray CT images using 3D Markov random field models. - Hotaka Takizawa; Shinji Yamamoto; Tohru Matsumoto; Yukio Tateno; Takeshi Iinuma; Mitsuomi Matsumoto (Image Processing, 2002)

Lung nodules recognition in chest X-ray CT images using subspace method. - Gentaro Fukano; Yoshihiko Nakamura; Hotaka Takizawa; Shinji Yamamoto; Toru Matsumoto 001; Yukio Tateno; Takeshi Iinuma (CARS, 2003)

Recognition method of lung nodules using blood vessel extraction techniques and 3D object models. - Gentaro Fukano; Hotaka Takizawa; Kanae Shigemoto; Shinji Yamamoto; Tohru Matsumoto; Yukio Tateno; Takeshi Iinuma (Image Processing, 2003)

A detection method of ground glass opacities in chest x-ray CT images using automatic clustering techniques. - Mitsuhiro Tanino; Hotaka Takizawa; Shinji Yamamoto; Tohru Matsumoto; Yukio Tateno; Takeshi Iinuma (Image Processing, 2003)

A Recognition Method of Lung Nodule Shadows in X-Ray CT Images Using 3D Object Models. - Hotaka Takizawa; Kanae Shigemoto; Shinji Yamamoto; Toru Matsumoto 001; Yukio Tateno; Takeshi Iinuma; Mitsuomi Matsumoto (Int. J. Image Graph., 2003)

Pulmonary nodule detection from X-ray CT data by a subspace method. - Yoshihiko Nakamura; Gentaro Fukano; Hotaka Takizawa; Shinji Mizuno; Shinji Yamamoto; Toru Matsumoto 001; Yukio Tateno; Takeshi Iinuma (CARS, 2004)

Eigen Nodule: View-Based Recognition of Lung Nodule in Chest X-ray CT Images Using Subspace Method. - Yoshihiko Nakamura; Gentaro Fukano; Hotaka Takizawa; Shinji Mizuno; Shinji Yamamoto; Toru Matsumoto 001; Yukio Tateno; Takeshi Iinuma (ICPR (4), 2004)

Eigen nodule: view-based recognition of lung nodule in chest x-ray CT images using subspace method. - Yoshihiko Nakamura; Gentaro Fukano; Hotaka Takizawa; Shinji Mizuno; Shinji Yamamoto; Tohru Matsumoto; Yukio Tateno; Takeshi Iinuma (Image Processing, 2004)

Recognition of lung nodule shadows from chest X-ray CT images using 3D Markov random field models. - Hotaka Takizawa; Shinji Yamamoto; Tohru Nakagawa; Toru Matsumoto 001; Yukio Tateno; Takeshi Iinuma; Mitsuomi Matsumoto (Syst. Comput. Jpn., 2004)

False positive reduction for ground glass opacities in CT by feature analysis based on a multiple-region extraction technique. - Minoru Harada; Shinji Mizuno; Hotaka Takizawa; Shinji Yamamoto; Toru Matsumoto 001; Shusuke Sone; Fumiyoshi Takayama; Masahiro Koyama; Shinichi Wada (SIP, 2005)

Measurement of plants by stereo vision for agricultural applications. - Hotaka Takizawa; Nobuo Ezaki; Shinji Mizuno; Shinji Yamamoto (SIP, 2005)

Recognition of object surfaces from stereo data using a three-dimensional markov random field model. - Hotaka Takizawa; Shinji Yamamoto (SIP, 2005)

Eigen Image Recognition of Pulmonary Nodules from Thoracic CT Images by Use of Subspace Method. - Gentaro Fukano; Yoshihiko Nakamura; Hotaka Takizawa; Shinji Mizuno; Shinji Yamamoto; Kunio Doi; Shigehiko Katsuragawa; Toru Matsumoto 001; Yukio Tateno; Takeshi Iinuma (IEICE Trans. Inf. Syst., 2005)

Plant Recognition by Integrating Color and Range Data Obtained Through Stereo Vision. - Hotaka Takizawa; Nobuo Ezaki; Shinji Mizuno; Shinji Yamamoto (J. Adv. Comput. Intell. Intell. Informatics, 2005)

Surface Reconstruction from Stereovision Data Using a 3-D MRF of Discrete Object Models. - Hotaka Takizawa; Shinji Yamamoto (ICPR (1), 2006)

Construction Method of Three-Dimensional Deformable Template Models for Tree-Shaped Organs. - Hotaka Takizawa; Shinji Yamamoto (IEICE Trans. Inf. Syst., 2006)

Surface Reconstruction from Stereo Data Using a Three-Dimensional Markov Random Field Model. - Hotaka Takizawa; Shinji Yamamoto (IEICE Trans. Inf. Syst., 2006)

3-D Shape Reconstruction from Stereovision Data Using Object-Consisted Markov Random Field Model. - Hotaka Takizawa (ICONIP (2), 2007)

Detection of Wilt by Analyzing Color and Stereo Vision Data of Plant. - Shinji Mizuno; Keiichi Noda; Nobuo Ezaki; Hotaka Takizawa; Shinji Yamamoto (MIRAGE, 2007)

Accuracy Improvement of Lung Cancer Detection Based on Spatial Statistical Analysis of Thoracic CT Scans. - Hotaka Takizawa; Shinji Yamamoto; Tsuyoshi Shiina (MIRAGE, 2007)

Accuracy Improvement of Pulmonary Nodule Detection Based on Spatial Statistical Analysis of Thoracic CT Scans. - Hotaka Takizawa; Shinji Yamamoto; Tsuyoshi Shiina (IEICE Trans. Inf. Syst., 2007)

Recognition of Lung Cancers on CT Using 3-D Object Models of Different Classes. - Hotaka Takizawa; Shinji Yamamoto; Tsuyoshi Shiina (MVA, 2009)

Recognition of Pulmonary Nodules in Thoracic CT Scans Using 3-D Deformable Object Models of Different Classes. - Hotaka Takizawa; Shinji Yamamoto; Tsuyoshi Shiina (Algorithms, 2010)

Lung Cancer Detection from Thoracic CT Scans Using 3-D Deformable Models Based on Statistical Anatomical Analysis. - Hotaka Takizawa; Shigeyuki Ishii (MIRAGE, 2011)

Kinect cane: An assistive system for the visually impaired based on three-dimensional object recognition. - Hotaka Takizawa; Shotaro Yamaguchi; Mayumi Aoyagi; Nobuo Ezaki; Shinji Mizuno (SII, 2012)

Kinect cane: Object recognition aids for the visually impaired. - Hotaka Takizawa; Shotaro Yamaguchi; Mayumi Aoyagi; Nobuo Ezaki; Shinji Mizuno (HSI, 2013)

Three-dimensional Block World Reconstruction from Monocular Images by Use of an Object-based Markov Random Field Model. - Hotaka Takizawa; Daichi Tanii (MVA, 2013)

Obstacle detection by the Kinect cane system for the visually impaired. - Kazunori Orita; Hotaka Takizawa; Mayumi Aoyagi; Nobuo Ezaki; Shinji Mizuno (SII, 2013)

A Spot Navigation System for the Visually Impaired by Use of SIFT-Based Image Matching. - Hotaka Takizawa; Kazunori Orita; Mayumi Aoyagi; Nobuo Ezaki; Shinji Mizuno (HCI (10), 2015)

A Preliminary Study on Network-based ADL Training for the Visually Impaired by Use of a Parametric-speaker Robot. - Koji Kainou; Hotaka Takizawa; Mayumi Aoyagi; Nobuo Ezaki; Shinji Mizuno (VINCI, 2015)

Pulmonary Nodule Detection from X-ray CT Images Based on Region Shape Analysis and Appearance-based Clustering. - Takanobu Yanagihara; Hotaka Takizawa (Algorithms, 2015)

Kinect cane: an assistive system for the visually impaired based on the concept of object recognition aid. - Hotaka Takizawa; Shotaro Yamaguchi; Mayumi Aoyagi; Nobuo Ezaki; Shinji Mizuno (Pers. Ubiquitous Comput., 2015)

Smartphone-Based Escalator Recognition for the Visually Impaired. - Daiki Nakamura; Hotaka Takizawa; Mayumi Aoyagi; Nobuo Ezaki; Shinji Mizuno (Sensors, 2017)

A Spot Reminder System for the Visually Impaired Based on a Smartphone Camera. - Hotaka Takizawa; Kazunori Orita; Mayumi Aoyagi; Nobuo Ezaki; Shinji Mizuno (Sensors, 2017)

Kinect Cane System : Recognition Aid of Available Seats for the Visually Impaired. - Hotaka Takizawa; Yusuke Kuramochi; Mayumi Aoyagi (LifeTech, 2019)

Line drawing aid with Lensen Drawing Kit for the visually impaired. - Lili Ge; Hotaka Takizawa; Akihisa Ohya; Makoto Kobayashi; Mayumi Aoyagi (LifeTech, 2020)

Recognition of White-Cane Users from Surveillance Camera Images Based on Detection of Line Segments. - Kazusa Sanada; Hotaka Takizawa; Mayumi Aoyagi; Akihisa Ohya; Makoto Kobayashi (LifeTech, 2020)

Segmentation of cervical intervertebral disks in videofluorography by CNN, multi-channelization and feature selection. - Ayano Fujinaka; Kojiro Mekata; Hotaka Takizawa; Hiroyuki Kudo (Int. J. Comput. Assist. Radiol. Surg., 2020)

Automated Segmentation of Cervical Intervertebral Disks from Videofluorography Using a Convolutional Neural Network and its Performance Evaluation. - Ayano Fujinaka; Kojiro Mekata; Hotaka Takizawa; Hiroyuki Kudo (J. Signal Process. Syst., 2020)

Smartphone-Based Recognition Aid of Upward Staircases with People for the Visually Impaired. - Hotaka Takizawa; Genki Sekita; Makoto Kobayashi; Akihisa Ohya; Mayumi Aoyagi (HCI (38), 2021)

User Study on an Online-Training System of Activity in Daily Life for the Visually Impaired. - Hotaka Takizawa; Koji Kainou; Mayumi Aoyagi (ICIC (1), 2021)

Preprocessing Optimization and Semantic Segmentation for Extraction of Cervical Intervertebral Disks from Videofluorography. - Hotaka Takizawa; Ayano Fujinaka; Erika Gunji; Kojiro Mekata; Hiroyuki Kudo (ICPR, 2022)

Navigation for precise walking of blind people based on pulling illusion devices embedded in white canes. - Kiyohiko Nunokawa; Takeshi Tanabe; Hotaka Takizawa; Kouki Doi; Shuichi Ino (LifeTech, 2022)

Extraction of c- F os Protein Regions from Mouse Brain Slice Images using Multi-channelization, 1 x 1 Convolution and U -Net. - Ziyue Wang; Hibiki Okamura; Shijie Luo; Yu Hayashi; Hotaka Takizawa (SCIS/ISIS, 2024)