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Technical Committee on Human Information Processing (HIP) (Searched in: 2016)
Search Results: Keywords 'from:2016-09-27 to:2016-09-27'
| Committee | Date Time | Place | Paper Title / Authors | Abstract | Paper # | |
| HIP | 2016-09-27 13:25 |
Nara | Pupil response to luminance oscillation at the attentional and eyes locations Junki Someya, Kanari Kei (Tokyo Tech), Kiyomi Sakamoto, Toshiya Mori, Masanaga Tsuji (Panasonic), Hirohiko Kaneko (Tokyo Tech)  HIP2016-42 |
[more] | HIP2016-42 pp.1-3 |
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| HIP | 2016-09-27 13:50 |
Nara | Vergence eye movement induced when attending to the object moving in depth by changing disparity and changing size. Yuto Yamada, Kei Kanari, Hirohiko Kaneko (Tokyo Tech), Kiyomi Sakamoto, Toshiya Mori, Masanaga Tsuji (Panasonic) HIP2016-43 |
We have shown that the vergence angle changed according to the depth of a target when subjects paid attention to it. In ... [more] | HIP2016-43 pp.5-7 |
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| HIP | 2016-09-27 14:15 |
Nara | Usability evaluation for touch panel using eye tracking Koki Hirano, Naohiro Fukumura (Toyohashi Univ. of Tech.) HIP2016-44 |
[more] | HIP2016-44 pp.9-14 |
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| HIP | 2016-09-27 14:50 |
Nara | Gaze behavior toward sequentially presented face images in autism spectrum disorders II Takao Fukui, Makoto Wada (Res Inst of NRCD) HIP2016-45 |
[more] | HIP2016-45 pp.15-18 |
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| HIP | 2016-09-27 15:15 |
Nara | Analysis of behaviors by players in ``Old Maid'' (Second report) Eiji Watanabe (Konan Univ.) HIP2016-46 |
In this report, we analyze the behaviors by players in a card game called by ``Old Maid''. Here, we focus on the face mo... [more] | HIP2016-46 pp.19-24 |
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| HIP | 2016-09-27 15:40 |
Nara | The relationship between what part of the object is observed and how an object is evaluated Aya Shiraiwa (Tottori Univ.), Kentaro Inomata (Kwansei Gakuin Univ.), Ayako Masuda (Honda), Takashi Asano, Kunio Nikata, Keigo Kawasaki (Kanazawa College of Art), Seiichi Furuhashi (Honda), Noriko Nagata (Kwansei Gakuin Univ.), Norio Komura (Honda) HIP2016-47 |
[more] | HIP2016-47 pp.25-28 |
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| HIP | 2016-09-27 16:05 |
Nara | Eye-gaze based Unknown Word Detection in Non-native Language Reading considering Part-of-speech Tag and Personalization Rui Hiraoka, Hiroki Tanaka, Sakriani Sakti, Graham Neubig, Satoshi Nakamura (NAIST) HIP2016-48 |
This paper proposes a method to detect unknown words during natural reading by using eye-tracking technique. A previous ... [more] | HIP2016-48 pp.29-34 |
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| HIP | 2016-09-27 16:40 |
Nara | [Invited Talk]
Reading brain-state by small fluctuation of eyes Yasushi Kobayashi (Osaka Univ.) HIP2016-49 |
[more] | HIP2016-49 p.35 |
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| HIP | 2016-09-28 10:00 |
Nara | A technique for measuring the pupil diameter via webcam Sohei Sato, Masami Ishihara (Tokyo Metropolitan Univ.) HIP2016-50 |
It has been shown that the eye-pupil size is modulated by emotional events. This mechanism is mediated by the autonomic ... [more] | HIP2016-50 pp.37-40 |
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| HIP | 2016-09-28 10:25 |
Nara | The time series change in the measurement accuracy with gaze tracking device Masatoshi Kitaguchi, Masahiro Wakabayashi, Hiromichi Sato, Tomoyuki Naito (Osaka Univ.) HIP2016-51 |
The measurement of gaze position is a powerful tool in cognitive sciences. However, there will be reduction in accuracy ... [more] | HIP2016-51 pp.41-44 |
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| HIP | 2016-09-28 10:50 |
Nara | Evaluation of Predictive Accommodation Control Shunya Umemoto, Yutaka Hirata (Chubu Univ.) HIP2016-52 |
Accommodation functions by feedback control that begins with sensing blur of retinal images. Therefore, it is difficult ... [more] | HIP2016-52 pp.45-50 |
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| HIP | 2016-09-28 11:15 |
Nara | Influence of Accommodation on Human Vision's Perceptual Characteristics at Switching Images Toshikazu Matsui, Naoto Yanashima (Gunma Univ.) HIP2016-53 |
Many studies have shown that accommodation error changes adaptively depending on presented image’s properties even if th... [more] | HIP2016-53 pp.51-56 |
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| HIP | 2016-09-28 13:10 |
Nara | Adaptation of smooth pursuit eye movements during monocular viewing Seiji Ono (Univ. of Tsukuba) HIP2016-54 |
[more] | HIP2016-54 pp.57-60 |
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| HIP | 2016-09-28 13:35 |
Nara | Influence of target patterns on dynamic characteristics of fixation eye movements Shohei Ohtani, Takeshi Kohama, Sho Kikkawa, Hisashi Yoshida (Kindai Univ.) HIP2016-55 |
During a fixation, our eyes make small and involuntary eye movements, and minute ballistic movements are called microsa... [more] |
HIP2016-55 pp.61-66 |
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| HIP | 2016-09-28 14:00 |
Nara | The Effect of Salience and Ensemble Information on Eye Movements in Visual Search Shunsuke Kumakiri (Kyoto Univ.), Yoshiyuki Ueda (KokoronoMirai), Jun Saiki (Kyoto Univ.) HIP2016-56 |
The more salient point of the scene, the more it attracts visual attention (Itti & Koch, 2000). While saliency map is co... [more] | HIP2016-56 pp.67-70 |
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| HIP | 2016-09-28 14:35 |
Nara | Depth perception for the integral photography images based on the eye movement Sumio Yano, Makoto Suzuki (Simane Univ), Min-Chul Park (KIST) HIP2016-57 |
We developed the measurement tool of the binocular eye movement and examined the perception of depth distance in the int... [more] | HIP2016-57 pp.71-76 |
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| HIP | 2016-09-28 15:00 |
Nara | Relationship between the state of eye refraction and stereo acuity Atsumi Momose (Tokyo Tech), Masayuki Sato (The University of Kitakyusyu), Kei Kanari, Hirohiko Kaneko (Tokyo Tech) HIP2016-58 |
One of the cues for depth perception is binocular disparity, the small horizontal differences between the images project... [more] | HIP2016-58 pp.77-78 |
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| HIP | 2016-09-28 15:25 |
Nara | An analysis of spatial sampling properties of peripheral vision based on a retinal neuron network model Kensuke Kubo, Takeshi Kohama, Hisashi Yoshida (Kindai) HIP2016-59 |
In this study, we propose a mathematical model of a retinal network which replicates spatial sampling properties of peri... [more] | HIP2016-59 pp.79-84 |
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| HIP | 2016-09-28 15:50 |
Nara | Artificial bihemispheric cerebellar network model to simulate VOR motor learning Keiichiro Inagaki, Yuaka Hirata (Chubu Univ.) HIP2016-60 |
The cerebellar flocculus is essential on the motor control. The vestibuloocular reflex (VOR), which maintains stable vis... [more] | HIP2016-60 pp.85-90 |
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