| Committee |
Date Time |
Place |
Paper Title / Authors |
Abstract |
Paper # |
| HI |
2021-03-05
11:10 |
Online |
|
Estimation of brain regions contributing to maintain focal attention based on fNIRS measurements
Tomoki Matsumoto, Jyunpei Kubo, Takeshi Kohama, Hisashi Yoshida (Kindai Univ.) |
Neurorehabilitation researches, which aims to recover from brain dysfunction, has attracted attention as a method to eff... [more] |
HI2021-3
pp.9-12 |
| HI |
2021-03-05
11:35 |
Online |
|
An analysis of microsaccade characteristics induced by bottom-up attention shifts
Shogo Noguchi, Masahito Sakaguchi, Ryoma Kobata, Takeshi Kohama, Hisashi Yoshida (Kindai Univ.) |
The purpose of this study is to investigate the relationship between bottom-up attention shifts and characteristics of m... [more] |
HI2021-4
pp.13-16 |
| HI, VRPSY |
2020-11-27
10:35 |
Online |
|
Estimation of brain regions involved in maintaining attentional focus based on fNIRS measurements
Tomoki Matsumoto, Jyunpei Kubo, Takeshi Kohama, Hisashi Yoshida (Kindai Univ.) |
[more] |
HI2020-59
pp.1-4 |
| HI, VRPSY |
2020-11-27
15:50 |
Online |
|
Analysis of noting behaviors by students in video lectures (Fourth report)
Eiji Watanabe (Konan Univ.), Takashi Ozeki (Fukuyama Univ.), Takeshi Kohama (Kindai Univ.) |
In real-time lectures as well as face-to-face lectures, it is important for lectures to grasp the behaviors of taking no... [more] |
HI2020-68
pp.33-36 |
| HI, VRPSY |
2020-11-27
16:10 |
Online |
|
A gaze prediction model based on a stochastic salience map model for reproducing saccade amplitude and direction characteristics
Masashi Fujita, Takeshi Kohama (Kindai Univ.) |
[more] |
HI2020-69
pp.37-40 |
| HI, VRPSY |
2020-11-27
16:30 |
Online |
|
Investigation of features contributing to improve accuracy in an RNN machine learning model for microsaccade detection
Tomoaki Morimoto, Takeshi Kohama, Hisashi Yoshida (Kindai Univ.) |
[more] |
HI2020-70
pp.41-44 |
| HI, VRPSY |
2020-11-28
09:30 |
Online |
|
Quantitative assessment of arousal level based on dynamic features of fixation eye movements and pupil fluctuations
Kousuke Nakagaki, Takeshi Kohama, Hisashi Yoshida (Kindai Univ.) |
[more] |
HI2020-72
pp.49-52 |
| HI, 3DMT |
2020-03-11
12:55 |
Tokyo |
Kogakuin Univ. Tokyo Urban Tech Tower Campus
(Cancelled) |
Aging effects on characteristics of fixation eye movements in an RSVP task
Kaito Nagano, Takeshi Kohama, Hisashi Yoshida (Kindai Univ.) |
In this study, we evaluated the relationship between the effects of
aging on the characteristics of fixation eye move... [more] |
HI2020-51 3DIT2020-2
pp.3-6 |
| HI, 3DMT |
2020-03-11
15:30 |
Tokyo |
Kogakuin Univ. Tokyo Urban Tech Tower Campus
(Cancelled) |
A simulation of synchronous firing phenomenon by an autoregressive mathematical neural response model
Suguru Hirai (Kindai Univ.), Akihiro Masaoka (Tamagawa Univ.), Takeshi Kohama (Kindai Univ.) |
[more] |
HI2020-56 3DIT2020-7
pp.23-26 |
| HI, 3DMT |
2020-03-11
15:55 |
Tokyo |
Kogakuin Univ. Tokyo Urban Tech Tower Campus
(Cancelled) |
A retinal photoreceptor distribution model based on the Voronoi diagram algorithm and its application to a retinal neuron network mode
Kaichi Miyatake, Takeshi Kohama (Kindai Univ.) |
[more] |
HI2020-57 3DIT2020-8
pp.27-30 |
| HI, VRPSY |
2019-11-08
13:05 |
Osaka |
Kindai Univ. |
An autoregressive mathematical model for reproducing the neuronal spiking responses
Suguru Hirai (Kindai Univ.), Akihiro Masaoka (Tamagawa Univ.), Takeshi Kohama (Kindai Univ.) |
The purpose of this study is to develop a mathematical model of neural activity that can share mathematical expressions ... [more] |
HI2019-71
pp.1-4 |
| HI, VRPSY |
2019-11-08
13:30 |
Osaka |
Kindai Univ. |
A retinal photoreceptor distribution model based on the Voronoi diagram algorithm
Kaichi Miyatake, Takeshi Kohama (Kindai Univ.) |
[more] |
HI2019-72
pp.5-8 |
| HI, VRPSY |
2019-11-08
15:45 |
Osaka |
Kindai Univ. |
Detection of fixation eye movement components using non-Gaussian state-space model.
Yoshitaka Kitaoka, Kaito Nagano, Takeshi Kohama, Hisashi Yoshida (Kindai Univ.) |
[more] |
HI2019-77
pp.25-28 |
| HI, VRPSY |
2019-11-08
16:10 |
Osaka |
Kindai Univ. |
An effect of bottom-up attention on microsaccade rate
Shogo Noguchi, Takeshi Kohama, Hisashi Yoshida (Kindai Univ.) |
Focusing or reallocating attention while actively fixating on the visual stimuli modulates the rate of microsaccades. Ho... [more] |
HI2019-78
pp.29-32 |
| HI, VRPSY |
2019-11-08
16:35 |
Osaka |
Kindai Univ. |
Aroma effects on hemodynamic modulation in the prefrontal lobe based on an fNIRS measurement
Tomoki Matsumoto, Takeshi Kohama, Tetsuya Matsukawa, Yoshihiro Takikawa, Hisashi Yoshida, Shin'ichiro Kajiyama (Kindai Univ.) |
Aromatherapy has begun to attract attention as a treatment for depression. In particular, the aroma of lavender is sugge... [more] |
HI2019-79
pp.33-36 |
| IEICE-IE, IEICE-EMM, IEICE-LOIS, IEE-CMN, ME, IPSJ-AVM [detail] |
2019-09-20
10:30 |
Niigata |
Tokimeito, Niigata University |
[Invited Talk]
Analysis of learning logs in lectures and self-studies
Eiji Watanabe (Konan Univ.), Takashi Ozeki (Fukuyama Univ.), Takeshi Kohama (Kindai Univ.) |
In his report, we discuss the analysis methods for the followings
learning logs (non-verbal behaviors, noting behavior,... [more] |
|
| HI, VRPSY |
2018-12-15
09:40 |
Fukuoka |
Kokura Campus, Univ. Kitakyushu |
Analysis of behaviors of participants in meetings for decision making (Third report)
Eiji Watanabe (Konan Univ.), Takashi Ozeki (Fukuyama Univ.), Takeshi Kohama (Kindai Univ.) |
In this report, we discuss (i) the modeling of the interaction between behaviors of participants, (ii) the modeling of t... [more] |
HI2018-71
pp.41-44 |
| HI |
2018-03-07
13:25 |
Tokyo |
Tokyo University of Agriculture and Technology |
The effects of aging on drift eye movements
Shohei Ohtani (Kindai Univ.), Hiroyuki Sakai (Toyota Central R&D Labs., Inc), Takeshi Kohama (Kindai Univ.) |
In this study, we analyzed the fluctuation properties of fixation eye movements to evaluate the influence of aging on th... [more] |
HI2018-45
pp.5-8 |
| HI |
2018-03-07
13:50 |
Tokyo |
Tokyo University of Agriculture and Technology |
An effect of ocular microtremor on vernier acuity based on retinal neuron circuit model considering sampling properties of photoreceptors
Kensuke Kubo, Takeshi Kohama, Hisashi Yoshida (Kindai Univ.) |
[more] |
HI2018-46
pp.9-12 |
| HI |
2018-03-07
14:30 |
Tokyo |
Tokyo University of Agriculture and Technology |
A scan-path simulation model based on a probabilistic saliency map with receptive field properties of early visul system
Tomoya Okazaki, Takeshi Kohama (Kindai Univ.) |
The distribution of gaze position while observing natural images has attracted attention as an evaluation index for the ... [more] |
HI2018-47
pp.13-16 |