[2018]応用知覚科学研究センター活動報告 : 平成30 年度（2018年 …

九州大学学術情報リポジトリKyushu University Institutional Repository

[2018]応用知覚科学研究センター活動報告 : 平成30年度（2018年度）

http://hdl.handle.net/2324/2545096

出版情報：応用知覚科学研究センター活動報告. 2018, pp.1-, 2019-12. 九州大学大学院芸術工学研究院応用知覚科学研究センターバージョン：権利関係：

平成30年度（2018年度）活動報告Annual Report 2018-2019

　

　令和元年（2019年）12月

December 2019

九州大学大学院芸術工学研究院応用知覚科学研究センター

Research Center for Applied Perceptual ScienceFaculty of Design, Kyushu University

平成30年度（2018年度）活動報告Annual Report 2018-2019

ReCAPS

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目次 Contents

1 ごあいさつ Greetings 1

2 構成員リストMembers 32.1 知覚脳科学グループ Perceptual and Brain-Scientific Research Group . . . . . . . . . . . . 32.2 応用知覚学グループ Applied Perceptual Research Group . . . . . . . . . . . . . . . . . . . 4

3 本年度の活動実績 Activities 53.1 The 39th Perceptual Frontier Seminar: Motion, Model, and Perception . . . . . . . . . . . . 53.2 The 40th Perceptual Frontier Seminar: Perception and Design . . . . . . . . . . . . . . . . 63.3 Joint Seminar of “RIKEN Seminar on New Horizons in Sensory Physiology” and “the 41st

Perceptual Frontier Seminar: Dynamic Processes in Perception” . . . . . . . . . . . . . . . 73.4 The 42nd Perceptual Frontier Seminar: Perception and Communication . . . . . . . . . . . 83.5 The 43rd Perceptual Frontier Seminar: Jointed with Summer School Participants . . . . . . . 103.6 The 9th IEEE International Conference on Awareness Science and Technology (iCAST 2018),

19–21 September 2018, Fukuoka, Japan, Jointed with the 3rd International Five-Sense Sympo-sium . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

3.7 The 44th Perceptual Frontier Seminar . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 143.8 The 45th Perceptual Frontier Seminar . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

4 業績リスト Publications 174.1 知覚脳科学グループ Perceptual and Brain-Scientific Research Group . . . . . . . . . . . . 174.2 応用知覚学グループ Applied Perceptual Research Group . . . . . . . . . . . . . . . . . . . 26

活動報告–1：ごあいさつ Greetings 1

1 ごあいさつ Greetings

A new research center, Research and Development Center for Five-Sense Devices, was established on the1st of November, 2018, in Kyushu University. The activities of this research center are closely related to ouractivities. ReCAPS thus decided to keep a firm collaboration with it. We will continue our present activities,especially organizing small and big seminars, but we will have a new frontier to work for society with thiscollaboration. Some members of ReCAPS also belong to the Research and Development Center for Five-SenseDevices.

In order to prepare for the establishment of this new research center, ReCAPS organized the third Interna-tional Five-Sense Symposium (organized by Hiroyuki Ito) in Ohashi Campus in September. This conferencewas considered as an extension of the 9th IEEE International Conference on Awareness Science and Technology(iCAST 2018; chaired by Hideyuki Takagi).

Another occasion in which we worked with people from outside was “Joint Seminar of ‘RIKEN Seminar onNew Horizons in Sensory Physiology’ and ‘41st Perceptual Frontier Seminar: Dynamic Processes in Percep-tion’,” (organized by Hiroshige Takeichi and Kazuo Ueda) in August. Fiscal year 2018 was a period for us tobuild a new framework in which ReCAPS can contribute to activate relationships between Kyushu Universityand other institutions. It is also to be noticed that five members of ReCAPS, including myself, visited threeuniversities in Dalian, Dalian University of Foreign Languages, Dalian University of Technology, and LiaoningNormal University, in March. It is my great pleasure that we have a few new Chinese students as a result. Weare aiming at visiting foreign places and receiving foreign colleagues and students in a casual manner like this.

Finally, this will be my last message for an Annual Report of ReCAPS. Thank you very much for supportingus! Each member of ReCAPS has their own position somewhere else in Kyushu University, but the six an-nual reports we have released clearly show that we have worked together to achieve something real—to sharefrontiers of perceptual research. I hope a more attractive annual report will be released next year.

Yoshitaka NAKAJIMA, PhD

注：当センターでは，学術上の公用語として英語を用いております。本報告は九州大学内での報告を主たる目的として作成したため，目次等は日本語でも記述しております。

I am watching the audience of a session of the third International Five-Sense Symposium.

活動報告–2：構成員リストMembers 3

2 構成員リストMembers

2019年（平成 31年）3月 31日現在As of 31 March 2019

2.1 知覚脳科学グループ Perceptual and Brain-Scientific Research Group

中島祥好 #†，センター長主幹教授九州大学大学院芸術工学研究院デザイン人間科学部門伊藤裕之 #‡ 主幹教授九州大学大学院芸術工学研究院デザイン人間科学部門須長正治准教授九州大学大学院芸術工学研究院デザイン人間科学部門Gerard Bastiaan REMIJN 准教授九州大学大学院芸術工学研究院デザイン人間科学部門平松千尋助教九州大学大学院芸術工学研究院デザイン人間科学部門大井尚行教授九州大学大学院芸術工学研究院環境デザイン部門冬野美晴助教九州大学大学院芸術工学研究院コンテンツ・クリエーティ

ブデザイン部門飛松省三*‡ 教授九州大学大学院医学研究院基礎医学部門橋彌和秀* 准教授九州大学大学院人間環境学研究院人間科学部門山本健太郎* 講師九州大学大学院人間環境学研究院人間科学部門富松江梨佳* 特別研究員九州大学大学院芸術工学研究院デザイン人間科学部門注：#は運営委員，*は協力研究員，†は五感応用デバイス研究開発センター視聴覚部門複担教員，‡は五感応用デバイス研究開発センター視聴覚部門協力教員。

Yoshitaka NAKAJIMA#†, PhD, Director Distinguished Professor Faculty of DesignHiroyuki ITO#‡, PhD Distinguished Professor Faculty of DesignShoji SUNAGA, D. Eng. Associate Professor Faculty of DesignGerard Bastiaan REMIJN, PhD Associate Professor Faculty of DesignChihiro HIRAMATSU, PhD Assistant Professor Faculty of DesignNaoyuki OI, D. Eng. Professor Faculty of DesignMiharu FUYUNO, MA in English Linguis-tics, MA TESOL with Special Award, PhD

Assistant Professor Faculty of Design

Shozo TOBIMATSU*‡, MD, PhD Professor Faculty of Medical SciencesKazuhide HASHIYA*, PhD Associate Professor Faculty of Human-Environment

StudiesKentaro YAMAMOTO*, PhD Lecturer Faculty of Human-Environment

StudiesErika TOMIMATSU*, PhD Postdoctoral Fellow Faculty of Design, Kyushu Uni-

versityNote: A hash mark indicates a steering committee member, and an asterisk an associate member, a daggera member concurrently holding a position in Division of Auditory and Visual Perception Research, Researchand Development Center for Five-Sense Devices, and a double dagger an associate member of Division ofAuditory and Visual Perception Research, Research and Development Center for Five-Sense Devices.

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2.2 応用知覚学グループ Applied Perceptual Research Group

高木英行 #‡ 教授九州大学大学院芸術工学研究院デザイン人間科学部門上田和夫 #‡ 准教授九州大学大学院芸術工学研究院デザイン人間科学部門妹尾武治准教授九州大学大学院芸術工学研究院デザイン人間科学部門鏑木時彦教授九州大学大学院芸術工学研究院コミュニケーションデザイン科学部門上岡玲子 ‡ 准教授九州大学大学院芸術工学研究院コンテンツ・クリエーティブデザイン部門志堂寺和則*‡ 教授九州大学大学院システム情報科学研究院情報学部門光藤宏行*‡ 准教授九州大学大学院人間環境学研究院人間科学部門山田祐樹*‡ 准教授九州大学基幹教育院人文社会科学部門注：#は運営委員，*は協力研究員，‡は五感応用デバイス研究開発センター視聴覚部門協力教員。

Hideyuki TAKAGI#‡, D. Eng. Professor Faculty of DesignKazuo UEDA#‡, PhD Associate Professor Faculty of DesignTakeharu SENO, PhD Associate Professor Faculty of DesignTokihiko KABURAGI, PhD Professor Faculty of DesignRyoko UEOKA‡, PhD Associate Professor Faculty of DesignKazunori SHIDOJI*‡, PhD Professor Faculty of Information Science and Electrical

EngineeringHiroyuki MITSUDO*‡, PhD Associate Professor Faculty of Human-Environment StudiesYuki YAMADA*‡, PhD Associate Professor Faculty of Arts and ScienceNote: A hash mark indicates a steering committee member, and an asterisk an associate member, and a doubledagger an associate member of Division of Auditory and Visual Perception Research, Research andDevelopment Center for Five-Sense Devices.

活動報告–3：活動実績 Activities 5

3 本年度の活動実績 Activities

3.1 The 39th Perceptual Frontier Seminar: Motion, Model, and Perception

Date and time: Monday, 16 April 2018, 16:00–18:00

Venue: Room 601 on the 6th Floor of Building 3, Ohashi Campus, Kyushu University, Fukuoka, Japan

Language: English

Organizer: Kazuo UEDA (Kyushu University/ReCAPS)

Program

1. Method of image feature extraction using motion information in natural movies and its application tooptical flow estimationWataru SUZUKI*, Noritaka ICHINOHE*, Hiroshige TAKEICHI***Department of Ultrastructural Research, National Institute of Neuroscience, NCNP, **ComputationalEngineering Applications Unit, R&D Group, Head Office for Information Systems and Cybersecurity,RIKEN

2. The oscillating potential model of visually induced vectionTakeharu SENO**Kyushu University, ReCAPS

A new model of responding to visually induced vection was developed. First, a mathematical modelwas constructed based on well-documented characteristics of vection and human behavioural responsesto this illusion. Then 10,000 virtual trial simulations using this Oscillating Potential Vection Model(OPVM) were conducted and the OPVM output was found to compare favorably to the empiricallyobtained vection data.

3. Perceptual restoration of interrupted speech and interrupted locally time-reversed speechKazuo UEDA*,**, Nozomi INUI*, Kaisei SHIRAKI*, Valter CIOCCA***, YoshitakaNAKAJIMA*,**, and Gerard B. REMIJN*,***Kyushu University, **ReCAPS, ***The University of British Columbia

The effects of periodical interruption with silence or noise on intelligibility of speech and locallytime-reversed speech in Japanese sentences were investigated. A pilot experiment was conducted witheight to ten Japanese normal-hearing participants, using stimuli that were interrupted with 20-120 or20-220 ms segments. The results showed that noise insertion improved intelligibility in both interruptedspeech and interrupted locally-time reversed speech with intense noise; however, with less intense noise,only the intelligibility of interrupted locally-time reversed speech improved by the noise insertion.

4. Intelligibility of English mosaic speech: Influence of manipulating mosaic block durationSanti*, Yoshitaka NAKAJIMA**, Kazuo UEDA**, Gerard B. REMIJN***Graduate School of Design, Department of Human Science, Kyushu University, **Department ofHuman Science/ReCAPS, Kyushu University

The main purpose of this study is to observe the influence of manipulating mosaic-block duration(20–320 ms) on the intelligibility of mosaic speech. The original speech samples were transformed into

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mosaic by dividing the spectrogram of speech signal into blocks and after that averaging the soundenergy density within each block of spectrogram period. The results of two pilot experiments showedthat the intelligibility was higher than 50% when mosaic-block duration ranged from 20-80 ms, anddecreased for larger duration.

3.2 The 40th Perceptual Frontier Seminar: Perception and Design

Date and time: Friday, 8 June 2018, 10:00–12:00

Venue: Room 411 on the 1st Floor of Building 4, Ohashi Campus, Kyushu University, Fukuoka, Japan

Language: English

Organizer: Joao P. CABRAL and Yesaya Tommy PAULUS (Kyushu Univ.)

Program

1. Personal constructs for design: The evaluation grid method and the image grid methodNaoyuki OI* and Hironobu TAKAHASHI***Kyushu University/ReCAPS, **Kumamoto Prefectural University

The present investigation focuses on developing the image grid method to clarify the concept of“health” and “healthy environment,” based on the repertory grid test and the evaluation grid method,which have been used for eliciting personal constructs from participants. 6 categories of constructs forhealthy environment, i.e., physical exercise, dining, bath, hobby and relaxation, sleep, and positivethinking were successfully extracted. It was revealed that the personal constructs consisted of at least 3aspects, human relationship, evaluation of a specific environment, and preferable behavior settings for aconcept, and that a suitable object should be specified for each method.

2. A Preliminary Study of Grid Densities for Visual Password FormatsYesaya Tommy PAULUS*, HERLINA**, Khairu Zeta LENI***, Chihiro HIRAMATSU****, GerardB. REMIJN*****Graduate School of Design, Kyushu University, Fukuoka, Japan, **Faculty of InformationTechnology, Gadjah Mada University, Indonesia, ***Faculty of Art and Design, Bandung Institute ofTechnology, Indonesia, ****Department of Human Science/Research Center for Applied PerceptualScience, Kyushu University, Fukuoka, Japan

Participant judgments (n = 27) were obtained about what grid densities could be potentially useful andsafe for the formation of visual passwords on a screen. Sixteen grid densities, ranging from 2×2 to7×7 cells (rows-by-columns), were used for three visual password formats (i.e., an alphanumeric, a


pattern, and a picture format). The preliminary judgments suggest that grid densities ranging from 3×3to 6×6 cells could be useful for visual password formation and authentication using eye tracking.

3. The perception of auditory icons by Japanese driversJoao P. CABRAL* and Gerard B. REMIJN ***Graduate School of Design, Kyushu University, Fukuoka, Japan, **Department of HumanScience/Research Center for Applied Perceptual Science, Kyushu University, Fukuoka, Japan

Auditory icons are short, one-shot sound messages that need to convey accurate information about anevent or situation. Utilizing automotive/traffic related auditory icons previously studied in Europe andthe USA, a study on the perception of auditory icons by Japanese drivers was conducted. The resultsshow that ubiquitous sounds (bells, sirens, and voices) were most of the time interpreted similarly byparticipants, but less well-known icons were described by a larger variety of words.

3.3 Joint Seminar of “RIKEN Seminar on New Horizons in Sensory Physiology” and “the41st Perceptual Frontier Seminar: Dynamic Processes in Perception”

Date and time: Monday, 6 August 2018, 15:00–17:00


Language: English

Organizer: Hiroshige TAKEICHI (RIKEN) and Kazuo UEDA (Kyushu Univ./ReCAPS)

Cosponsors: RIKEN and Research Center for Applied Perceptual Science (ReCAPS), Faculty of Design,Kyushu University

Program

1. Time-shrinking illusion in the tactile modality: Modality independent brain region for time perceptionTakako MITSUDO**Kyushu University/JSPS

It has been reported that ’Time-shrinking illusion’ occurs not only in auditory but in tactile modality.Using magnetoencephalography, we observed brain responses while participants engaged in tactiletemporal judgment task, that causes time-shrinking illusion, by stimulating the left thumb.Time-shrinking illusion actually occurred in the behavioral response. In addition, temporal judgment ledto increased activation in the right inferior frontal gyrus and the supplementary motor area. Modalitydependent/independent brain mechanism for time perception would be discussed.

2. Interaction among binocular disparity, motion parallax, and pictorial depth cues in perceiving largedepth

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Masayuki SATO*, Yuta OZAWA*, Daiki ARAMAKI*, Bungo SEKIJIMA*, and Yasuaki TAMADA**The University of Kitakyushu

To examine the interaction among binocular disparity, motion parallax, and pictorial depth cues inperceiving large depth, apparent depth was quantified when either of these cues was given in isolation ormultiple cues were available simultaneously. Substantial interaction between binocular disparity andmotion parallax was found, however, perceived depth was much less than geometrical prediction whenrandom-dot pattern was used. It appears that pictorial cues are crucial to see large depth in natural scene.

3. Irrelevant speech effects with locally time-reversed speech: Language familiarityKazuo UEDA*, Yoshitaka NAKAJIMA*, Florian KATTNER**, and Wolfgang ELLERMEIER***Kyushu University/ReCAPS, **Technische Universitat Darmstadt

To disentangle the contributions of local and global temporal features of irrelevant speech in one’s nativeand a non-native language, locally time-reversed speech was employed in the irrelevant speech (ISE)paradigm. ISE experiments were performed with German native listeners (n = 79) and with Japanesenative listeners (n = 81), employing both German and Japanese speech with either sample. The resultsshowed that the irrelevant sound effect worked differently for one’s native and non-native languages.

4. Dynamic processing of visual information in the retinaMasao TACHIBANA**Ritsumeikan University

Although the whole retinal image is always in motion by eye, head, and body movements, we do notfully understand how the retina processes global motion images. Applying electro-physiologicaltechniques to the goldfish isolated retina, we recorded the response of ganglion cells (GCs) to a movingtarget accompanied the global motion, which simulated a saccade following a period of fixational eyemovements. Detailed analyses revealed that the moving target modulated the receptive filed propertiesand evoked synchronized and correlated firing among local clusters of the specific GC subtypes,providing a novel concept for retinal information processing of global motion images during eyemovements.

3.4 The 42nd Perceptual Frontier Seminar: Perception and Communication

Date and time: Wednesday, 15 August 2018, 16:00–18:15

Venue: Room 601 on the 6th Floor of Building 3, Ohashi Campus, Kyushu University, Fukuoka, Japan

Language: English

Organizer: Yoshitaka NAKAJIMA (Kyushu Univ./ReCAPS)


Program

1. 16:05–16:30 A spectral-change factor related to sonority makes noise-vocoded Japanese speechintelligibleTakuya KISHIDA*, Yoshitaka NAKAJIMA**, Kazuo UEDA**, Gerard B. REMIJN**, and SeiyaUMEMOTO****Department of Human Science, Kyushu University, **Department of Human Science/ReCAPS,Kyushu University, ***21st Century Program, Kyushu University

This study investigated the effects of factor elimination on the intelligibility of noise-vocoded Japanesespeech. Stimuli were resynthesized from spectral-change factors obtained from 20-critical-band powerfluctuations of running speech, by using origin-shifted principal component analysis followed byvarimax rotation. Sixteen native speakers of Japanese listened to noise-vocoded speech resynthesizedfrom factors obtained in 2-, 3-, and 4-factor analyses, and reported what they heard. The results showedthat eliminating a factor around 500–1500 Hz, highly correlated with sonority, resulted in lower moraidentification as compared to conditions where this factor was not eliminated whilst the total number offactors was the same. When the number of factors was 2, however, mora identification was relativelylow (around 30%) even when this “sonority” factor was used. The results indicate that 1) using 3 ormore factors and 2) using the “sonority” factor are necessary requirements for synthesizing intelligiblenoise-vocoded speech from spectral-change factors.

2. 16:30–16:45 Multivariate acoustic analysis of initial consonant clusters in EnglishYixin ZHANG*, Yoshitaka NAKAJIMA**, Xiaoyang YU*, Kazuo UEDA**, Takuya KISHIDA***,Gerard B. REMIJN**, Sophia ARNDT****, and Mark A. ELLIOTT*****Human Science Course, Graduate School of Design, Kyushu University, **Department of HumanScience/ReCAPS, Kyushu University, ***Department of Human Science, Kyushu University,****School of Psychology, National University of Ireland, Galway

Two-consonant clusters at the initial positions of English syllables were analyzed together with thefollowing vowels in terms of spectral changes. In a 3-factor analysis, a factor closely related tofrequency components in a range around 1100 Hz and another factor related to components near orabove 3300 Hz appeared. These two factors were exclusive. In the consonant clusters, the factor scoreof either of them changed in one direction.

3. 16:45–17:00 An acoustic analysis of preposition phrases in EnglishXiaoyang YU*, Yoshitaka NAKAJIMA**, Yixin ZAHANG*, Takuya KISHIDA***, and KazuoUEDA***Human Science Course, Graduate School of Design, Kyushu University, **Department of HumanScience/ReCAPS, Kyushu University, ***Department of Human Science, Kyushu University

The present study was on how spectral-change factors behave in English preposition phrases consistingof prepositions and noun phrases. Spectral changes of spoken English sentences in our new databasewere subjected to origin-shifted factor analysis. One of the factors was related to a frequency rangeabove 3300 Hz, and its factor scores tended to be higher in the noun phrases than in the prepositions.Frequency components above 3300 Hz may play important roles to clarify noun phrases perceptually.

4. 17:10–17:25 Shimeng LIU**Graduate School of Design, Kyushu University

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5. 17:25–17:40 Effect of sound on memorization of visual imagesNatalia POSTNOVA*, Shin-ichiro IWAMIYA**, and Gerard B. REMIJN****Human Science Course, Graduate School of Design, Kyushu University, **Department ofCommunication Design Science, Kyushu University, ***Department of Human Science/ReCAPS,Kyushu University

A series of experiments on the effect of sound on memorization of visual images had been conducted.Our recent experiment replicated and confirmed the previous findings (Postnova & Iwamiya, 2017)under more controlled conditions. The experiment consisted of a memory-span test, in which sequencesof black-and-white visual images were presented under three different conditions. When half of theimages was accompanied by the sound, the number of correctly recalled images was significantly higher(p < 0.01) with sound than without sound.

6. 17:40–18:05 Principal component analysis of public speaking performance by English native speakersYuko YAMASHITA**Shibaura Institute of Technology

The aim of the present study was to quantitatively explore the characteristics of English-language publicspeaking. Fifteen native speakers of English studying at a university in Ireland participated in the study.They read aloud two scripts to a small audience while being audio-recorded. Their speech rate, durationof speech pauses, duration of speech units, the coefficient of variation of speech pauses were obtained asobjective indexes. The results will be discussed in the talk.

3.5 The 43rd Perceptual Frontier Seminar: Jointed with Summer School Participants

Date and time: Monday, 3 September 2018, 15:00–18:00


Language: English

Organizer: Gerard B. REMIJN (Kyushu Univ./ReCAPS)

Program

Part I: Presentations by Summer School participants

1. Muhammad Taufiq SETIAWAN, Gadjah Mada University (Indonesia): Robust pupil localizationalgorithm based on circular Hough transform for extreme pupil occlusion.

2. Rilmawan AMSIR, Gadjah Mada University (Indonesia): Geometry based 3D Gaze Estimation usingKinect Xbox.


3. Supkamon SOONTHONSAWAT, Mahidol University (Thailand): Effectiveness of high power dualwavelength laser therapy in individuals with lateral epicondylitis.

4. Pattipon KAO-NGAMPANICH, Mahidol University (Thailand): The electromyographic activity ofparaspinal muscles during different self-correction methods in adolescents with idiopathic scoliosis.

5. Chanida SAKSIRIKOSOL, Rajamangala University of Technology Thanyaburi (Thailand): The eyecatching point of the advertising artwork.

6. Hao YULAN, Wuhang University of Technology (China): Perceptual research for the senior citizen.

7. Ge YUNJIAO, Wuhang University of Technology (China): Caring design for special groups.

8. Harmein KHAGI, Institute of Technology Bandung (Indonesia): User-centered design approach toproduct development in Indonesia.

Part II: Presentation by Human Science (Kyushu University) students

1. Santi, Kyushu University (Nakajima lab): Speech intelligibility of English mosaic speech: Influence ofmanipulating mosaic block duration.

2. Jingyi LYU, Kyushu University (Nakajima lab): About 31-tone equal temperament.

3. Joao Paulo CABRAL, Kyushu University (Remijn lab): Auditory icons: Introduction and past research.

4. Yesaya Tommy PAULUS, Kyushu University (Remijn lab): Grid density and size for visualauthentication using eye tracking.

5. Naoko TAKAHASHI, Kyushu University (Hiramatsu lab): Neural representation of color across variouscolor vision phenotypes.

6. Jing NI, Hiroyuki ITO, and Masaki OGAWA, Kyushu University (Ito lab): Effect of inter-stimulusinterval on the reduction in vection latency caused by pre-presented motion stimuli (Poster).

7. Shimeng LIU, Kyushu University (Nakajima lab): Pause duration influences speech style in Englishpublic speaking (Poster).

8. Hirotaro SATO, Yuki MORIMOTO, Chihiro HIRAMATSU, Takeharu SENO (Seno lab): Nine differentsurface qualities can induce vection differently.

9. Tomohiko AKAGI, Satoshi IKEHATA (National Institute of Informatics), Takeharu SENO (Seno lab):Psychological examinations of visual features of the heel professional wrestlers.

10. Ryosuke IOKA, Tekeharu SENO, Matia OKUBO (Seno lab): The correlation between the state anxietyand vection strength.

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3.6 The 9th IEEE International Conference on Awareness Science and Technology (iCAST2018), 19–21 September 2018, Fukuoka, Japan, Jointed with the 3rd InternationalFive-Sense Symposium

Date: 19–21 September 2018

Venue: Room 511 and 531, Building 5, Ohashi Campus, Kyushu University, Fukuoka, Japan

Language: English

Cosponsors: Japan Chapter of IEEE Systems, Man and Cybernetics Society (SMC); Research Center forApplied Perceptual Science of Kyushu University, Japan

Supporter: IEEE SMC Technical Committee on Awareness Computing

URL: <http://www.design.kyushu-u.ac.jp/~icast/index.html>

Plenary Talk 1 (16:00–17:00, September 20, Room 511)

Cognitive models of music perceptionRie Matsunaga

Plenary Talk 2 (17:00–18:00, September 20, Room 511)

Self-aware computing systems: From psychology to engineeringPeter Lewis


The 3rd International Five-Sense Symposium

Session on Taste and Odor Sensing (9:30–11:00, September 20, Room 531)

1. 09:30–10:00 Rui Yatabe, Taste sensor and odor sensor

2. 10:00–10:30 Mitsuru Tanaka, Analytical methods for evaluation of food compounds

3. 10:30–11:00 Fumihiro Sassa, Collecting of spatial distribution of on-ground odor sources and odorvisualization

Session on Perceptual Psychology (11:15–12:35, September 20, Room 531)

1. 11:15–11:40 Emi Hasuo, Time-shrinking illusion in the tactile modality: Comparison with auditory andvisual modalities

2. 11:40–12:05 Takahiro Kawabe, Implementing visual illusions in the real world

3. 12:05–12:35 Willy Wong, On the origins of the power function exponent

Poster Session (13:50–15:30, September 20, Room 531 and foyer)

1. The application of 360-degree video as a tool for standardized language testing materialLaura Blanco, Miharu Fuyuno, Gerard B. Remijn, Kazuo Ueda, Mikako Tomotari, and YoshitakaNakajima

2. An acoustic analysis of preposition phrases in EnglishXiaoyang Yu, Yoshitaka Nakajima, Yixin Zhang, Takuya Kishida, and Kazuo Ueda

3. Psychological examinations of visual features of the heel professional wrestlersTomohiko Akagi, Satoshi Ikehata, and Takeharu Seno

4. Nine different surface qualities can induce vection differentlyHirotaro Sato, Yuki Morimoto, Chihiro Hiramatsu, and Takeharu Seno

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5. The perception of auditory icons by Japanese and Indonesian drivers: a cross-cultural studyJoao P. Cabral and Gerard B. Remijn

6. Development of color-temperature association in individuals with different color vision typesYuki Mori and Chihiro Hiramatsu

7. Attention and impression toward complex images among individuals with different color vision typesChihiro Hiramatsu, Tatsuhiko Takashima, Hiroaki Sakaguchi, Satohiro Tajima, and Takeharu Seno

8. A study on the effect of sound on memorisation of symbolic imagesNatalia Postnova and Gerard B. Remijn

9. A report of a positive correlation between state anxiety and vection strengthRyosuke Ioka, Takeharu Seno and Machia Okubo

10. Pause duration influences impressions of speech style in English public speakingShimeng Liu, Yoshitaka Nakajima, and Mark A. Elliott

11. Inhibition of vection by grasping an objectMasaki Mori and Takeharu Seno

12. Identification of individuals based on the spatial arrangement of facial partsKana Uozumi, Hiroyuki Ito and Masaki Ogawa

13. Effect of background luminance on the peripheral flicker illusionMeidi Niikawa and Hiroyuki Ito

14. Effect of ISI on the vection-latency reduction induced by preceding vectionJing Ni, Hiroyuki Ito and Masaki Ogawa

15. Visual saltation illusion induced by flickering subjective figuresHiroyuki Ito

16. Which spectral-change factors are indispensable to make Japanese speech intelligible?Takuya Kishida, Yoshitaka Nakajima, Kazuo Ueda, Gerard B. Remijn and Seiya Umemoto

17. Korean and Japanese speakers use different acoustic cues for hearing Korean consonants: Measuringacoustic features of Korean lenis stops and Japanese voiceless and voiced stopsYubin Sung and Hiroyuki Mitsudo

18. Vection can be modified by the viewing attitude of the observersHirotaro Sato, Takeharu Seno and Gerard B. Remijn

19. Rehabilitation contents that can induce stronger vection are perceived more attractiveRyosuke Ioka, Rika Tanka, Takeharu Seno and Hiroyuki Matsuguma

3.7 The 44th Perceptual Frontier Seminar

Date and time: Monday, 7 January 2019, 16:40–18:10

Venue: Room 321 on the 2nd Floor of Building 3, Ohashi Campus, Kyushu University, Fukuoka, Japan


Language: English

Organizer: Gerard B. REMIJN (Kyushu Univ./ReCAPS)

Program

1. Spatial Audio Impact on the Perception of Visual Content in Audiovisual ReproductionViktoria Korshunova**Sound in New Media Program, Signal Processing and Acoustics Department, Aalto University, FinlandInvestigation and analysis of the Spatial audio impact(mono, stereo, 5.1, 7.1.4) on the perception of thevisual content in audio-visual reproduction by using 360° immersive short film called “Ego Cure”.Participants were watching 5–30 sec movie scenes and answering the questions afterwards whilewearing the eye-tracking device Tobii Pro Glasses 2. The experimental paradigm consisted ofdivided/selective attention, speech intelligibility and event detection tasks.

2. Antedating of Visual Experiences after Eye BlinksTakuya Kishida**Kyushu UniversityVisual experiences continue across eye blinks despite lacking visual information for more than onehundred milliseconds. We measured the perceived timing of visual stimuli which physically inputtedafter voluntarily eye blinking, by an audio-visual temporal order judgement task. Present resultssuggested that perceptual timing of a visual event antedates when observers see the visual eventimmediately after their eye blink.

3. A study on sound development of Japanese-learning infantsEmi Shibato**Graduate School of Design, Kyushu University.

In the present study, we investigate when canonical babbling starts and what kind of speech sounds arearticulated by using an auditory method. To examine this issue, we used the sounds of 3, 8, and 12months of five Japanese-learning infants.

4. A Factor Analysis of Phonetic Category BoundariesXiaoyang Yu**Graduate School of Design, Kyushu University.

The present study was on how spectral-change factors behave in phonetic category boundaries. Fourfactors representing the acoustic characteristics of English speech appeared. The internal structure of phonetic category boundaries might be clarified by the spatial distribution of the factor scores.

3.8 The 45th Perceptual Frontier Seminar

Date and time: Tuesday, 19 March 2019, 17:00–18:00

Venue: Theater Room on the 1st Floor of Building 7, Ohashi Campus, Kyushu University, Fukuoka, Japan

Language: English

Organizer: Takeharu SENO (Kyushu Univ./ReCAPS)

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Program

1. Practical application of psychology in product developmentTakanobu OMATA**R&D Center, Sony Corporation

2. Acoustic analyses of initial consonant clusters in EnglishYixin ZHANG* and Yoshitaka NAKAJIMA***Kyushu University, **Kyushu University/ReCAPS

3. (N/A)Takeharu SENO**Kyushu University/ReCAPS

活動報告–4：業績リスト Publications 17

4 業績リスト Publications

2018年（平成 30年）4月 1日より 2019年（平成 31年）3月 31日までBetween 1 April 2018 and 31 March 2019

4.1 知覚脳科学グループ Perceptual and Brain-Scientific Research Group

1. 中島祥好研究室 Yoshitaka NAKAJIMA

(a) 英語学術論文・出版物 English Publications

1) Grondin, S., Hasuo, E., Kuroda, T., and Nakajima, Y. (2018). Auditory time perception.Bader, R. (Ed.), Springer Handbook of Systematic Musicology (pp. 423-452). Berlin:Springer.

2) Nakajima, Y., Matsuda, M., Ueda, K.,Remijn, G. B. (2018). Temporal resolution needed forauditory communication: Measurement with mosaic speech, Frontiers in HumanNeuroscience, Frontiers in Human Neuroscience, 12, 149, 1-8,10.3389/fnhum.2018.00149

3) Nakajima, Y., Ueda, K., Remijn, G. B., Yamashita, Y., Kishida, T. (2018). How sonorityappears in speech analyses, Acoustical Science and Technology,

(b) 国際会議発表 International Conference Presentation

1) Nakajima, Y. (June 2018). English phonemes in a space extracted from spectral changes ofspeech in time, 5th Institute of Mathematical Statistics Asia Pacific Rim Meeting.

(c) 学会大会・会議・シンポジウムなどにおける役割 Leading Roles in a Conference

1) The 3rd International Five-Sense Symposium, 20 September 2019, Fukuoka, Japan,Chairperson.

(d) 特許等 Patents

1) 特許出願「音声伝達状況評価システム及び音声伝達状況評価方法」発明者名：中島祥好,上田和夫,ジェラード　ビー　レメイン,尾中達郎,中川尚志,小山昭則,小山裕子,特許出願人：国立大学法人九州大学,歯っぴー株式会社,特願 2019-026825,出願日：2019/02/18.

2) 特許出願「音声伝達環境評価システム及び感覚刺激提示装置」発明者名：中島祥好,上田和夫,ジェラード　ビー　レメイン,岸田拓也,田中悠,小山昭則,特許出願人：国立大学法人九州大学,特願 2018-204056,出願日：2018/10/30.

2. 伊藤裕之研究室 Hiroyuki ITO

(a) 英語学術論文・出版物 English Publication

1) Koizumi, T., Ito, H., Sunaga, S., Ogawa, M., Tomimatsu, E. (2018). Assumed lightingdirection in the interpretation of cast shadows, i-Perception, 9, 4, 1-12,https://doi.org/10.1177/2041669518790576

(b) 国際会議発表 International Conference Presentations

1) Ni J, Ito H, Ogawa M (2018.08). Effect of inter-stimulus interval on the reduction in vectionlatency caused by pre-presented motion stimuli, European Conference on Visual Perception.

2) Ito H (2018.08). A visual saltation illusion with subjective contours, European Conference onVisual Perception.

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3) Ni J, Ito H, Ogawa M (2018.09). Effect of ISI on the vection-latency reduction induced bypreceding vection, the 3rd International Five-Sense Symposium.

4) Niikawa M, Ito H (2018.09). Effect of background luminance on the peripheral flickerillusion, the 3rd International Five-Sense Symposium.

5) Ito H (2018.09). Visual saltation illusion induced by flickering subjective figures, the 3rdInternational Five-Sense Symposium.

(c) 国内学会発表，研究会等 Domestic Conference Presentations

1) 伊藤裕之 (2018.12). 周辺視における錯視,日本バーチャルリアリティ学会 VR心理学研究会.

2) Ni J,伊藤裕之，小川将樹 (2019.01). ベクション潜時によって測定した視覚優位性の時間変化,日本視覚学会冬季大会.

3) 趙雅馨，伊藤裕之 (2019.01). 室内空間の広がりの知覚,日本視覚学会冬季大会.

4) 新川美迪，伊藤裕之 (2019.01). リッカー錯視においての背景輝度の効果について,日本視覚学会冬季大会.

5) 黒木勇磨，伊藤裕之 (2019.01). Return Trip Effectの測定におけるMinecraftの利用,日本視覚学会冬季大会.

6) 岸田拓哉，伊藤裕之 (2019.01). まばたき直後の視覚体験の時間的遡り：視聴覚刺激の時間順序判断課題による測定,日本視覚学会冬季大会.

7) 魚住香奈，伊藤裕之,小川将樹 (2019.01). 顔の個人認識における顔のパーツ形状とその配置の重要性の検討,日本視覚学会冬季大会.

(d) 学会大会・会議・シンポジウムなどにおける役割 Leading Role in a Conference

1) 2018.09.19～ 2018.09.20, The 3rd International Five-Sense Symposium, Program Chair.

3. 須長正治研究室 Shoji SUNAGA


1) Koizumi, T., Ito, H., Sunaga, S., Ogawa, M., Tomimatsu, E. (2018). Assumed lightingdirection in the interpretation of cast shadows, i-Perception, 9, 4, 1-12,https://doi.org/10.1177/2041669518790576

(b) 日本語学術論文・出版物 Japanese Publications

1) 桂重仁,金田恵梨子,須長正治 (2018). 保育現場における幼児教育者の色覚異常に対する関心および知識についての実態調査,日本色彩学会誌, 42, 5, 218–226.https://doi.org/10.15048/jcsaj.42.5_218

2) 須長正治,城戸今日子,桂重仁 (2018). 系統色名カテゴリを用いた２色覚基点のカラーユニバーサルデザイン配色法の提案,日本色彩学会誌, 42, 5, 209–217.https://doi.org/10.15048/jcsaj.42.5_209

3) 楊寧,須長正治,藤紀里子,伊原久裕 (2018). ユニバーサルデザインフォントの評価に関する研究 1: ユニバーサルデザインフォントの美感性に関する調査,デザイン学研究, 65,1, 51–60. https://doi.org/10.11247/jssdj.65.1_51

(c) 国際会議発表 International Conference Presentations

1) Shoji Sunaga, Rentaro Suto, Shigehito Katsura, Hirohisa Yaguchi, Observer Metamerism forAnomalous Trichromats and the Elderly in a Wide Color Gamut Display, Proceedings ofInternational Display Workshop ’18, 1046-1049, 2018.12.


2) Shoji Sunaga, Rentaro Suto, Shigehito Katsura, Hirohisa Yaguchi, Observer Metamerism inWide Color Gamut Display for Anomalous Trichromats, Proceedings of the 4th Conferenceof Asia Colour Association, 236-240, 2018.12.

3) Yusuke Hishikawa, Shigehito Katsura, Shoji Sunaga, Influence of Difference in S-ConeStimulus Value between Target and Distractors on Visual Search Task, Proceedings of the 4thConference of Asia Colour Association, 227-230, 2018.12.

4) Hirohisa Yaguchi, Rentaro Suto, Shigehito Katsura, Shoji Sunaga, Aging Effect of ObserverMetamerism for Wide Color Gamut Display, Proceedings of the 4th Conference of AsiaColour Association, 207-211, 2018.12.

5) Shigehito Katsura, Shoji Sunaga, Categorical Color Naming in Anomalous Trichromats forColor Stimuli with Different Durations, Proceedings of the International Colour AssociationAIC Color 2018 Lisbon, 699-703, 2018.09.

6) Kyoko Kido, Shigehito Katsura, Shoji Sunaga, Categories on a Color Plane Constituted byYellow-blue and Lightness in Dichromats, Proceedings of the International ColourAssociation AIC Color 2018 Lisbon, 751-775, 2018.09.

7) Yusuke Hishikawa, Shigehito Katsura, Shoji Sunaga, Influence of the Number of DistractorColors on Performance in the Visual Search Task Cued by S-cone Stimulus Value,Proceedings of the International Colour Association AIC Color 2018 Lisbon, 693-703,2018.09.

8) Rachapoom Punsongserm, Shoji Sunaga, Hisayasu Ihara, Effectiveness of homologous Thailetterforms presented in parafoveal vision, Information Design Journal,https://doi.org/10.1075/idj.00002.pun, 24, 2, 92-115, 2018.12.

(d) 国内学会発表，研究会等 Domestic Conference Presentations

1) 首藤廉太郎，須長正治，桂重仁，矢口博久,異常３色覚における色の見えのディスプレイ色域依存性,日本色彩学会,平成 30年度研究会大会, 2018.11.

2) 須長正治，桂重仁,赤緑調整課題アノマロスコープの製作,日本色彩学会,平成 30年度研究会大会, 2018.11.

3) 桂重仁，須長正治，菱川優介,呈示時間の異なる色刺激に対する色覚特性の違いによる色名応答比較,日本色彩学会,平成 30年度研究会大会, 2018.11.

4) 須長正治，桂重仁，矢口博久,広色域ディスプレイにおける異常３色覚の色の見え,日本色彩学会第 49回全国大会, 2018.06.

5) 桂重仁，須長正治,呈示時間が異なる色刺激に対する異常３色覚の色名応答,日本色彩学会第 49回全国大会, 2018.06.

6) 菱川優介,桂重仁，須長正治, S錐体刺激値を手がかりとした視覚探索能への色カテゴリの影響,日本色彩学会第 49回全国大会, 2018.06.

4. G. B.レメイン研究室 Gerard Bastiaan REMIJN


1) Remijn, G.B., Fuyuno, M., Blanco Cortes, L., Ono, A. (2019). English as a medium ofinstruction at a Japanese university: Preferences and opinions of domestic and internationalstudents, Bulletin of KIKAN Education, 5, 75–85.

2) Remijn, G.B., Yoshizawa, T., Yano, H. (2018). Streaming, bouncing, and rotation: The PolkaDance stimulus, i-Perception, 9, 1–4.

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3) Nakajima, Y., Ueda, K., Remijn, G.B., Kishida, T. (2018). How sonority appears in speechanalyses, Acoustical Science and Technology, 39, 179–181.

4) Nakajima, Y., Matsuda, M., Ueda, K. Remijn, G.B. (2018). Temporal resolution needed forauditory communication: Measurement with mosaic speech, Frontiers in HumanNeuroscience, 12, doi: 10.3389/fnhum.2018.00149.


1) Korshunova, V., Remijn, G.B., Elischka, S., Mendonca, C., The perception of sound systemson the perception of cinematic content in immersive audiovisual productions, Asia PacificWorkshop on Mixed and Augmented Reality, 2019.03.

2) Cabral, J.P., Remijn, G.B., The perception of auditory icons by Japanese and Indonesiandrivers: a cross-cultural study, The 3rd International Five-Sense Symposium, 2018.09.

3) Postnova, N., Remijn, G.B., A study on the effect of sound on memorization of symbolicimages, The 3rd International Five-Sense Symposium, 2018.09.

4) Paulus, Y.T., Herlina, Leni, K.Z., Hiramatsu, C., Remijn, G.B., A preliminary experiment ongrid densities for visual password formats, iCAST 2018, 2018.09.

5) Blanco, L., Fuyuno, M., Remijn, G.B., Ueda, K., Tomotari, M., Nakajima, Y., The applicationof a 360-degree video as a tool for standardized language testing material, The 3rdInternational Five-Sense Symposium, 2018.09.

6) Kishida, T., Nakajima, Y., Ueda, K., Remijn, G.B., Umemoto, S., Effects on number offactors and factor elimination on intelligibility of noise-vocoded Japanese speech perception,The 3rd International Five-Sense Symposium, 2018.09.

7) Sato, H., Seno, T., Remijn, G.B., Vection can be modified by the viewing attitude of theobservers, The 3rd International Five-Sense Symposium, 2018.09.

8) Postnova, N., Iwamiya, S-I., Remijn, G.B., Effect of sound on memorization of visual images,Fechner Day 2018, 2018.08.

9) Remijn, G.B., Paulus, Y.T., Postnova, N., Cabral, J.P., Perception of audiovisual informationin the real and virtual world, ICST 2018, 2018.08.

10) Zhang, Y., Nakajima, Y., Yu, X., Ueda, K., Kishida, T., Remijn, G.B., Arndt, S., Elliott, M.A.,Multivariate acoustic analysis of initial consonant clusters in English, Fechner Day 2018,2018.08.

11) Kishida, T., Nakajima, Y., Ueda, K., Remijn, G.B., Uemoto, S., A spectral-change factorrelated to sonority makes noise-vocoded Japanese speech intelligible, Fechner Day 2018,2018.08.


1) Yagi, M., Remijn, G.B., Nakajima, Y., Ueda, K., A Study on Sensing the Color of Music inJapanese Chromesthetes and Non-Chromesthetes日本人の色聴共感覚者と非色聴共感覚者における音楽-色感覚についての研究, Japanese Society for Music Perception andCognition, 2018.12.

2) Yamashita, E., Remijn, G.B., Nakajima, Y., Ueda, K., The Characteristics of Pitch Perceptionand Music Experiences of Listeners with Absolute Pitch絶対音感保有者の音高知覚と音楽経験について, Japanese Society for Music Perception and Cognition, 2018.12.


3) Ono, A., Remijn, G.B., Japanese Pitch Accent Speech Database日本語ピッチアクセント音声データベースの構築, Acoustical Society of Japan, 2018.12.

4) Oya, J., Remijn, G.B., Nakajima, Y., Ueda, K.,異なる音声形式における音の大きさの知覚.Perception of loudness in different speech modes, Acoustical Society of Japan Autumnmeeting 2018, 2018.09.

5) Nakayama, T., Nakajima, Y., Ueda, K., Remijn, G.B.,放送音声の音響的特徴に関する研究.A study on acoustic parameters of broadcasting voices, Acoustical Society of Japan Autumnmeeting 2018, 2018.09.




5. 平松千尋研究室 Chihiro HIRAMATSU


1) Rachel L. Jacobs, Carrie C. Veilleux, Edward E. Louis, James P. Herrera, Chihiro Hiramatsu,David C. Frankel, Mitchell T. Irwin, Amanda D. Melin, Brenda J. Bradley (2019). Less ismore: lemurs (Eulemur spp.) may benefit from loss of trichromatic vision. BehavioralEcology and Sociobiology, 10.1007/s00265-018-2629-9, 73, 2.

2) Jeremy D. Hogan, Linda M. Fedigan, Chihiro Hiramatsu, Shoji Kawamura, Amanda D. Melin(2018). Trichromatic perception of flower colour improves resource detection among NewWorld monkeys. Scientific Reports, 10.1038/s41598-018-28997-4, 8, Article number: 10883.

(b) 日本語学術論文・出版物 Japanese Publication

1) 尾家宏昭 (著),平松千尋 (監修),金孝源 (イラスト),田代しんたろう (その他) (2019). 検査のまえによむ色覚の本,しきかく学習カラーメイト.


1) C. Hiramatsu, Evolutionary changes in the, function and diversity of color vision in primates,The 9th Federation of the Asian and Oceanian Physiological Societies Congress(FAOPS2019), 2019.03.

2) C. Hiramatsu, Variations in human color vision beyond perceptual differences, The 4th AsiaColor Association Conference, 2018.12.

3) Y. Mori, C. Hiramatsu, Development of color-temperature association in individuals withdifferent color vision types, The 3rd International Five-Sense Symposium (5-SENSE 2018),2018.09.

4) C. Hiramatsu, T. Takashima, H. Sakaguchi, S. Tajima, T. Seno, Attention and impressiontoward complex images among individuals with different color vision types, The 3rdInternational Five-Sense Symposium (5-SENSE 2018), 2018.09.

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5) Yesaya Tommy Paulus, Herlina, Khairu Zeta Leni, Chihiro Hiramatsu, Gerard BastiaanRemijn, A Preliminary Experiment on Grid Densities for Visual Password Formats, 9thInternational Conference on Awareness Science and Technology, iCAST 2018, 2018.10.

6) Chihiro Hiramatsu, Tatsuhiko Takashima, Hiroaki Sakaguchi, Satohiro Tajima, TakeharuSeno, Influence of color vision variation on art appreciation, International Symposium,Towards Understanding “INDIVIDUALITY”, 2018.07.


1) 尾田凌祐,平松千尋,見た目の温かさにおける色と光沢の関係性,新学術領域多元質感知第 7回領域班会議, 2019.03.

2) 平松千尋,遺伝子と経験が作り出す色覚多様性,新学術領域「個性」創発脳第 3回領域会議, 2018.07.

3) 平松千尋，山下友子，杉野強，中島祥好，綿貫宏史朗，友永雅己,多変量解析による霊長類音声の比較,第 34回日本霊長類学会大会, 2018.07.

4) 森優希,平松千尋,見た目の色と温度の関連づけにおける色覚多様性の影響,第 77回日本生理人類学会, 2018.06.

5) Chihiro Hiramatsu, Tatsuhiko Takashima, Hiroaki Sakaguchi, Satohiro Tajima, TakeharuSeno, Shoji Kawamura, Individual differences in gaze patterns and visual impressions areattributed to polymorphic color vision,第 41回日本神経科学大会, 2018.07.

(e) 学会大会・会議・シンポジウムなどにおける役割 Leading Role in Conference

1) 2018.06.16～ 2018.06.17,日本生理人類学会第 77回大会,実行委員.

6. 大井尚行研究室 Naoyuki Oi

(a) 国内学会発表，研究会等 Domestic Conference Presentations

1) 于恙,大井尚行,歩行者にとっての夜間街路空間の安心感評価に関する研究：国内住民と外国人観光客を対象として,日本建築学会九州支部研究発表会, 2019.03.

2) 李美嘩,大井尚行,夜間都市景観に関する研究：評価グリッド法による評価構造の抽出,日本建築学会九州支部研究発表会, 2019.03.

3) 李静雅,大井尚行,商業地区における公園とその周辺の関係についての研究：福岡市天神地区の警固公園と天神中央公園を事例として,日本建築学会九州支部研究発表会,2019.03.

4) 岡村明治,大井尚行,座席選択と安心位置の個人差に関する研究：場所の選択と Big Five尺度との関係について,日本建築学会九州支部研究発表会, 2019.03.

5) 劉玉倩,大井尚行,評価グリッド法におけるエレメントの影響に関する研究,中国人留学生と日本人学生の建築空間における美意識の比較,日本建築学会九州支部研究発表会,2019.03.

6) 鈴木絢子,大井尚行,愛着を持てる住まいに関する研究：経験が愛着評価に与える影響,日本建築学会九州支部研究発表会, 2019.03.

7) 李静雅，大井尚行,生活スタイルからみるサードプレイス分類の試行,芸術工学会, 2018年度秋期大会, 2018.10.

8) 李静雅,大井尚行,利用者の行為からみた公園とその周辺施設の関係について,日本建築学会大会, 2018.09.


9) 鈴木絢子,大井尚行,住まいに対する愛着の推移モデル,日本建築学会大会, 2018.09.

10) 李美嘩,大井尚行,夜間都市景観の認識に関する研究,日本建築学会大会, 2018.09.

11) 岡村明治，大井尚行,学習環境における座席の選択傾向の個人差についての基礎的検討,人間・環境学会,第 25回大会, 2018.05.

12) 劉玉倩，大井尚行，高橋浩伸,インテリア空間における美的価値観と評価構造：中国人留学生と日本人学生の建築空間における美意識の比較,人間・環境学会,第 25回大会,2018.05.

(b) 学会大会・会議・シンポジウムなどにおける役割 Leading Roles in Conferences

1) 2019.03.03～ 2019.03.03,日本建築学会,九州支部研究発表会,司会（Moderator）.

2) 2018.09.04～ 2018.09.06,日本建築学会,大会,司会（Moderator）.

7. 冬野美晴研究室Miharu FUYUNO


1) Remijn, G.B., Fuyuno, M., Blanco Cortes, L., Ono, A. (2019). English as a medium ofinstruction at a Japanese university: Preferences and opinions of domestic and internationalstudents, Bulletin of KIKAN Education, 5, 75–85.


1) 冬野美晴 (2018).動作主性と動作性による心理動詞受動文のグラデーション：認知言語学の観点に基づいたコーパス調査より（14ページ）,大橋浩，川瀬義清，古賀恵介，長加奈子，村尾治彦,認知言語学研究の広がり,開拓社.


1) Laura Maria Cortes Blanco, Miharu Fuyuno, Applying Multimodal Analysis and ImmersiveEnvironment to Foreign Language Teaching, Diversity Symposium 2, 2019.03.

2) Miharu Fuyuno, Laura Maria Cortes Blanco, Diseno de materiales interactivos con Unity 3Dpara la ensenanza de espanol como lengua extranjera (ELE). En R. Tateiwa (Presidencia),XXX Congreso CANELA, 2018.05.


1) 冬野美晴,ラウラ・マリア・コルテス・ブランコ,英語能力模擬試験における VR技術利用の検討,東アジア英語教育研究会, 2019.03.

2) 冬野美晴, Laura Maria Cortes Blanco, 3Dスペースを利用した没入体感型外国語学習システムの開発と検証,九州大学高等研究院・九州先端科学技術研究所研究交流会, 2018.01.

8. 飛松省三研究室 Shozo TOBIMATSU


1) Matsubara T, Ogata K, Hironaga N, Kikuchi Y, Uehara T, Chatani H, Mitsudo T, Shigeto H,Tobimatsu S: Altered neural synchronization to pure tone stimulation in patients with mesialtemporal lobe epilepsy: An MEG study. Epilepsy Behav, 88:96–105, 2018.10.1016/j.yebeh.2018.08.036

2) Oishi A, Yamasaki T, Tsuru A, Minohara M, Tobimatsu S: Decreased gray matter volume ofright inferior parietal lobule is associated with severity of mental disorientation in patientswith mild cognitive impairment. Front Neurol, 2018 Dec 14;9:1086. doi:10.3389/fneur.2018.01086. eCollection 2018.

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3) Yamasaki T, Tobimatsu S: Driving ability in Alzheimer eisease spectrum: Neural basis,assessment, and potential use of optic flow event-related potentials. Front Neurol, 07Spetember 2018, doi: 10.3389/fneur.2018.00750.

4) Matsubara T, Ogata K, Hironaga N, Uehara T, Mitsudo T, Shigeto H, Maekawa T, TobimatsuS: Monaural 40-Hz auditory steady-state magnetic responses can be useful for identifyingepileptic focus in mesial temporal lobe epilepsy. Clin Neurophysiol, 130(3):341–351, 2019.


1) 飛松省三. 認知症の電気生理学的早期診断バイオマーカー. 分子精神医学, 18(3):185–187, 2018.

2) 山田絵美,田中睦英,山﨑貴男,藤田貴子,飛松省三. 自閉スペクトラム症におけるヒト情動視覚路のサブリミナル・プライミング効果：曖昧恐怖顔を用いた事象関連電位研究.発達研究 32: 189–194, 2018.

3) 飛松省三. てんかん up to date脳波判読のピットフォール. 臨床検査, 63(2): 124–131,2019.

4) 林隆太郎,飛松省三. 脱髄性疾患の臨床神経生理検査の種類とその所見について教えてください. 鈴木則宏 (シリーズ監修)吉良潤一 (編集)神経内科 Clinical Questions & Pearls.中枢脱髄性疾患. 中外医学社,東京, pp. 167–173, 2018.

5) 飛松省三. 脳波に慣れる! デジタル脳波入門脳波超速ラーニング. 南山堂,東京, 2018.


1) 飛松省三. 脳磁図の現状と将来：九大病院での 25年を振り返って. 教育講演,第 33回日本生体磁気学会. 広島, 2018年 6月 16日.

2) 飛松省三. デジタル脳波判読の基礎. 第 9回広島てんかん・脳波セミナー. 広島, 2018年10月 20日.

3) 飛松省三. 臨床神経生理学と共に歩んで. 島薗賞受賞講演. 第 48回日本臨床神経生理学会. 東京, 2018年 11月 8日.

4) 飛松省三. 脳波トポマップのピットフォール.第 35回日本脳電磁図トポグラフィ研究会.札幌, 2019年 2月 1日.

9. 橋彌和秀研究室 Kazuhide HASHIYA


1) Hashiya K., Meng X., Uto Y., and Tajiri K. (2019). Overt congruent facial reaction todynamic emotional expressions in 9–10-month-old infants. Infant Behavior andDevelopment, 54, 48–56.

2) Nitta, H., Tomita, H., Zhang, Y., Zhou, X., and Yamada, Y. (2018). Disgust and the rubberhand illusion: A registered replication report of Jalal, Krishnakumar, and Ramachandran(2015). Cognitive Research: Principles and Implications, Springer Nature, 3, 15, 11. [OpenAccess]


1) 橋彌和秀（2018）「あたりまえの根っこ」としての進化理論．王暁田蘇彦捷（編）『進化心理学を学びたいあなたへ：パイオニアからのメッセージ』．東京大学出版会, pp.190–191.



1) Hashiya K, Kobayashi H, Uto Y, Yamate A, Hakarino K, Tojo T, Hasegawa T, Speakeridentification based on epistemic reasoning in children with/without ASD: a test with the“knowledge-based ventriloquism illusion” task, BCCCD19 Budapest CEU Conference onCognitive Development, Budapest, January, 2019.

2) Hashiya K., Reading mind / assuming mind in human communication: a developmentalperspective. Symposium “Intention Sharing and Language Evolution” (Evolinguistics 2018),The University of Tokyo, Tokyo, August, 2018.

3) Nitta, H., and Hashiya, K. Discrimination between one’s own face and self resemble face ininfancy, 25th Biennial Meeting of the International Society for the Study of BehavioralDevelopment, Queensland, Australia, July 15-19, 2018.

4) Nitta, H., and Hashiya, K. Discrimination between morphed face and novel face in infancy,21st ICIS Biennial Congress, Philadelphia, the United States, June 30–sJuly3, 2018


1) 橋彌和秀 (2019),私から見る体／体から見る私：乳幼児発達研究から」愛媛大学知覚研究会,愛媛大学城北キャンパス（愛媛県松山市）, 2019年 3月 28日.（招待講演）

2) 橋彌和秀 (2019),ソフトウェアとしてのこころの進化,先導科学考究,総合研究大学院大学（神奈川県三浦郡）, 2019年 1月 15日.（招待講演）

3) 橋彌和秀（2018）,「教わる」と「教える」のあいだ:その発達的起源,シンポジウム「教育の生物学的基盤―進化か文化か―」,日本教育心理学会第 60回総会,慶応義塾大学（神奈川県横浜市）, 2018年 9月.（招待講演）

4) 橋彌和秀 (2019),「こころを想定するこころ」の進化と発達.　ラウンドテーブル「こころ」と「こころの理論」：Theory of Mind概念に再接近する,日本発達心理学会第 30回大会,早稲田大学（東京都新宿区）, 2019年 3月. �

5) 橋彌和秀 (2019),「かわいい」の進化と文化,日本発達心理学会第 30回大会,早稲田大学（東京都新宿区）, 2019年 3月.

6) 新田博司・橋彌和秀 (2018),生後 1年における自己顔表象の発達,新学術領域研究「顔・身体学」第 3回領域会議,沖縄県市町村自治会館, 2018年 12月.

7) 橋彌和秀・小林洋美・新田博司・前山航暉・計野浩一郎・東條吉邦・長谷川壽一（2018）, Catchers of the Lies:「わたしたち」にまつわる利他的/利己的な嘘のニュアンスが TD/ASD児者による資源分配に及ぼす影響,日本心理学会第 82回大会,東北大学（宮城県仙台市）, 2018年 9月.

8) 新田博司 (2018),乳児期における自己顔表象の発達,日本赤ちゃん学会第 6回若手研究合宿,アヤハレークサイドホテル, 2018年 9月.

9) 孟　憲巍・中分　遙・橋彌和秀・Burdett E.,・Jong J., Whitehouse H. (2018),宗教性と社会的優位性の初期発達,日本心理学会第 82回大会,東北大学（宮城県仙台市）, 2018年 9月. (優秀発表賞)

10) 井上裕香子・清成透子・橋彌和秀（2018）,“利他的な嘘は許容されるのか？嘘の内容が信頼性評価に与える影響,日本心理学会第 82回大会,東北大学（宮城県仙台市）, 2018年 9月.

11) 新田博司・橋彌和秀 (2018),乳児期における自己顔表象の発達,日本赤ちゃん学会第 6回若手研究合宿,アヤハレークサイドホテル, 2018年 9月.

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12) 新田博司・橋彌和秀 (2018),乳児期の自己顔表象の発達―視覚的選好における不気味の谷から― ,日本顔学会第 23回大会,明治大学, 2018年 9月.

13) 孟　憲巍・中分　遙・橋彌和秀・Burdett E・Jong J・Whitehouse H(2018),乳児の超自然的行為者に対する社会的評価,日本赤ちゃん学会第 18回学術集会,東京大学（東京都文京区）, 2018年 7月.

14) 冨士直斗・土屋勝太・橋彌和秀（2018）,距離判断におけるドップラー効果手がかりの利用,日本赤ちゃん学会第 18回学術集会,東京大学（東京都文京区）, 2018年 7月.

15) 新田博司・橋彌和秀 (2018),乳児期における自己顔表象の発達,新学術領域研究「顔・身体学」第 2回領域会議,東京女子大学, 2018年 6月.

10. 山本健太郎研究室 Kentaro YAMAMOTO

(a) 日本語学術論文・出版物 Japanese Publications

1) 山本健太郎,脇浜幸則,視覚運動学習に基づく行為と結果の一貫性が時間評価に及ぼす影響,電子情報通信学会技術研究報告, 2018.12.

2) 山本健太郎,書評「日常と非日常からみるこころと脳の科学」,基礎心理学研究, 2018.12.


1) Kentaro Yamamoto, Effect of spatial distance between action and outcome on timeperception, International Convention of Psychological Science (ICPS2019), 2019.03.


1) 山本健太郎,空間と感情の連合における身体の影響,第 18回感性学研究会「視点と身体による空間認知・感性認知」, 2019.02.

2) 山本健太郎，脇浜幸則 ,視覚運動学習に基づく行為と結果の一貫性が時間評価に及ぼす影響,電子情報通信学会ヒューマン情報処理研究会, 2018.12.

3) 山本健太郎,行為と結果の空間的ギャップが知覚タイミングに及ぼす影響,日本心理学会第 82回大会, 2018.09.

4) 談尚,山本健太郎,ノスタルジアが時間知覚に与える影響,日本認知心理学会第 16回大会,2018.09.

5) 脇浜幸則,山本健太郎,操作経験が行為と結果の主観的な時間間隔に及ぼす影響,日本認知心理学会第 16回大会, 2018.09.

6) 修恵迪，山本健太郎,動作と結果の対応性が intentional bindingに与える影響,日本認知心理学会第 16回大会, 2018.09.

7) 山本健太郎,心的時間における認知的基盤,日本時間学会公開学術シンポジウム, 2018.06.

4.2 応用知覚学グループ Applied Perceptual Research Group

1. 高木英行研究室 Hideyuki TAKAGI


1) Yan Pei, Jun Yu, and Hideyuki Takagi. (2019). Search Acceleration of EvolutionaryMulti-objective Optimization Using an Estimated Convergence Point. Mathematics, vol.7, no.2, pp.129–147 (on-line).


2) Jun Yu, Hideyuki Takagi, and Ying Tan. (2018). Multi-layer Explosion Based FireworksAlgorithm, International Journal of Swarm Intelligence and Evolutionary Computation,vol.7, no.3.

3) Yan Pei and Hideyuki Takagi. (2018). Research progress survey on interactive evolutionarycomputation, Journal of Ambient Intelligence and Humanized Computing, Springer BerlinHeidelberg (online).


1) Jun Yu, Hideyuki Takagi, Ying Tan, Fireworks Algorithm for Multimodal Optimization Usinga Distance-based Exclusive Strategy, 2019 IEEE Congress on Evolutionary Computation(CEC2019), 2019.06.

2) 余俊,裴岩，髙木英行, Competitive Strategies for Differential Evolution, 2018 IEEEInternational Conference on Systems, Man, and Cybernetics (SMC2018), 2018.10.

3) 余俊,髙木英行, Vegetation Evolution for Numerical Optimization, JPNSEC InternationalWorkshop on Evolutionary Computation, 2018.09.

4) Hideyuki Takagi, Keisuke Ikeda and Weiqiang Lai, Human Awareness Support by ChangingValues of Hidden Factors of Input Stimuli Dynamically, 9th IEEE International Conferenceon Awareness Science and Technology (iCAST 2018), 2018.09.

5) 余俊,譚営，髙木英行, Scouting Strategy for Biasing Fireworks Algorithm Search toPromising Directions, Genetic and Evolutionary Computation Conference (GECCO2018),2018.07.

6) 余俊,譚営，髙木英行, Accelerating Fireworks Algorithm with an Estimated ConvergencePoint, 9th Int. Conf. on Swarm Intelligence (ICSI’2018), 2018.06


1) 本村駿乃介，高木英行，受容度を用いた賃貸物件データベース検索に関する研究，第 34回ファジィシステムシンポジウム，名古屋，pp.775–780, 2018.09.

2) 余俊，髙木英行,距離ベース排他戦略導入によるニッチ花火アルゴリズム,第 15回進化計算学会研究会, 2019.03.

3) 余俊，高木英行,植物進化アルゴリズムの性能解析,進化計算シンポジウム 2018, 2018.12.

(d) 学会大会・会議・シンポジウムなどにおける役割 Leading Roles in Conferences

1) 2019.03.23～ 2019.03.24, 3rd Int. Conf. on Intelligent Systems, Metaheuristics & SwarmIntelligence (ISMSI 2019), Advisory Committee member.

2) 2018.12.20～ 2018.12.23, Int. Conf. Modelling, Simulation & Optimization(MSO-Geo&PE2018), Advisory Committee member.

3) 2018.12.05～ 2018.12.08, Joint 10th Int. Conf. on Soft Computing and Intelligent Systemsand 19th Int. Symposium on Advanced Intelligent Systems (SCIS&ISIS2018), AdvisoryCommittee member.

4) 2018.10.07～ 2018.10.10, IEEE Int. Conf. on Systems, Man and Cybernetics (SMC2018),Workshop Chair.

5) 2018.09.19～ 2018.09.22, Int. Conf. on Advances in Computing, Communications andInformatics (ICACCI1018), Advisory Committee member.

6) 2018.09.20～ 2018.09.20, 3rd Int. Five-Sense Symposium (5-SENSE 2018) , General Chair.

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7) 2018.09.19～ 2018.09.21, 9th IEEE Int. Conf.e on Awareness Science and Technology(iCAST 2018), General Chair.

8) 2018.09.08～ 2018.09.09, Int. Conf. on Intelligent & Interactive Computing (IIC 2018),International Advisory Board member.

9) 2018.06.17～ 2018.06.22, 9th Int. Conf. on Swarm Intelligence (ICSI2018), TechnicalCommittee Co-chairs.

10) 2018.06.17～ 2018.06.22, 9th Int. Conf. on Swarm Intelligence (ICSI2018), Plenary Speaker.

2. 上田和夫研究室 Kazuo UEDA


1) Ueda, K., Araki, T., Nakajima, Y., (2018). Frequency specificity of amplitude envelopepatterns in noise-vocoded speech, Hearing Research, 10.1016/j.heares.2018.06.005,367, 169–181.

2) Nakajima, Y., Matsuda, M., Ueda, K., and Remijn, G. B. (2018). Temporal ResolutionNeeded for Auditory Communication: Measurement with Mosaic Speech, Frontiers inHuman Neuroscience, 10.3389/fnhum.2018.00149, 12, 149.

3) Nakajima, Y., Ueda, K., Remijn, G. B., Yamashita, Y., and Kishida, T. (2018). How sonorityappears in speech analyses, Acoustical Science and Technology, 39(3), 179-181,10.1250/ast.39.179.


1) Kazuo Ueda, Factor analysis of speech and an acoustic language universal, ResearchColloquium at Technische Universitat Darmstadt, 2018.12.

2) Kazuo UEDA, Yoshitaka NAKAJIMA, Florian KATTNER, Wolfgang ELLERMEIER,Irrelevant sound effects with locally time-reversed speech: Native vs. non-native languagewith German and Japanese participants, Lunch talk in Department of Ophthalmology andVisual Sciences, 2018.11.

3) Kazuo UEDA, Yoshitaka NAKAJIMA, Florian KATTNER, Wolfgang ELLERMEIER,Irrelevant sound effects with locally time-reversed speech: Native vs. non-native language,The 176th Meeting of the Acoustical Society of America and 2018 Acoustics Week in Canadain Victoria, Canada, 2018.11.

4) Kazuo UEDA, Yoshitaka NAKAJIMA, Florian KATTNER, Wolfgang ELLERMEIER,Irrelevant sound effects with locally time-reversed speech: Speech reversal and languagefamiliarity,日本心理学会第 82回大会, 2018.09.

5) Blanco, L., Fuyuno, M., Remijn, G.B., Ueda, K., Tomotari, M., Nakajima, Y., The applicationof a 360-degree video as a tool for standardized language testing material, The 3rdInternational Five-Sense Symposium, 2018.09.

6) Kishida, T., Nakajima, Y., Ueda, K., Remijn, G.B., Umemoto, S., Effects on number offactors and factor elimination on intelligibility of noise-vocoded Japanese speech perception,The 3rd International Five-Sense Symposium, 2018.09.


1) 八木美紀，ジェラード B.レメイン，中島祥好，上田和夫,日本人の色調共感覚者と非共感覚者における音楽-色感覚についての研究,日本音楽知覚認知学会平成 30年度秋季研究発表会, 2018.12.


2) 山下英吾，ジェラード B.レメイン，中島祥好，上田和夫,絶対音感保有者の音高知覚と音楽経験について,日本音楽知覚認知学会平成 30年度秋季研究発表会, 2018.12.

3) 張一新，中島祥好，于暁陽，上田和夫，岸田拓也, Sophia Arndt, Mark A. Elliott,英語における頭子音連結の多変量解析,言語資源活用ワークショップ 2018, 2018.09.

4) 于暁陽，中島祥好，張一新，上田和夫，岸田拓也,英語における前置詞句についての音響分析,言語資源活用ワークショップ 2018, 2018.09.

5) 大矢淳貴 , Gerard B. Remijn,中島祥好,上田和夫,異なる音声形式における大きさの知覚,日本音響学会 2018年秋季研究発表会, 2018.09.

6) 中山利周，中島祥好，上田和夫，Gerard B. Remijn,放送音声の音響的特徴に関する研究,日本音響学会 2018年秋季研究発表会, 2018.09.

7) 尾中達郎，中島祥好,上田和夫, Gerard B. Remijn,モザイク処理を施した日本語名詞句音声の明瞭度について,日本音響学会 2018年秋季研究発表会, 2018.09.

8) 上田和夫，中島祥好,臨界帯域フィルターを通した合唱音楽のパワー変動の因子分析：通常音声と歌唱音声の違い,日本音響学会 2018年秋季研究発表会, 2018.09.




3. 妹尾武治研究室 Takeharu SENO


1) Fujii, Y., Seno, T., and Allison, R. S. (2018). Smoothness of stimulus motion can affectvection strength, Experimental Brain Research, 236(1), 243–252.

2) Seno, T., Fujii, Y. and Yoshinata, T. (2018). Active control of the direction of self-motion byhead movements and vection strength. Vision: The Journal of the Vision Society of Japan,30(2), 65–71.

3) Mori, M. and Seno, T. (2018). Inhibition of vection by grasping an object. ExperimentalBrain Research, 236(12), 3215–3221.

4) Seno, T., Murata, K., Fuji, Y., Kanaya, H., Ogawa, M., Tokunaga, K., and Palmisano, S.(2018). Vection is enhanced by increased exposure to optic flow. i-Perception, 9(3),2041669518774069.

5) Shirai, N., Endo, S., Tanahashi, S., Seno, T., and Imura T. (2018). Development ofasymmetric vection for radial expansion or contraction motion: Comparison betweenschool-age children and adults. i-Perception, 9(2), 1–13.


1) 行場次朗 (編集),太田信夫 (監修),妹尾武治（分担執筆：8章担当),感覚・知覚心理学(シリーズ心理学と仕事). 北大路書房, 221ページ, 2018.12.

2) 妹尾武治 (2018). 明示的な運動のない刺激により自己運動感覚を誘発する視覚情報表示,光学, 47(5), 201–207, 2018.04.

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3) 妹尾武治・徳永康祐・浦底利千花 (2018). 視覚イメージのプロに対するベクションについてのインタビュー, VISION, 30(3), 95–102., 2018.04.


1) Takeharu Seno., What is Vection? KAIT International Symposium 2018. 9. 4. 2018.Kanagawa Institute of Technology, Kanagawa, Japan.

2) Mori, M., and Seno, T. (2018). Inhibition of vection by grasping an object. The 3rdInternational Five-Sense Symposium (5-SENSE 2018). 20th, September, 2018.

3) Akagi, T., Seno, T. and Ikehata, S. (2018). Psychological examinations of visual features ofthe heel professional wrestlers. The 3rd International Five-Sense Symposium (5-SENSE2018). 20th, September, 2018.

4) Sato, H., Seno, T. and Remijn B. G. (2018). Vection Can Be Modified by the ViewingAttitude of the Observers. The 3rd International Five-Sense Symposium (5-SENSE 2018).20th, September, 2018.

5) Sato, H., Morimoto, Y., Hiramatsu, C., and Seno, T. (2018). Nine different surface qualitiescan induce vection differently. The 3rd International Five-Sense Symposium (5-SENSE2018). 20th, September, 2018.

6) Ioka, R., Tanaka, R., Seno, T. and Matsuguma, H. (2018). Rehabilitation Contents That CanInduce Stronger Vection are perceived more attractive. The 3rd International Five-SenseSymposium (5-SENSE 2018). 20th, September, 2018.

7) Ioka, R., Seno, T., and Okubo, M. (2018). A report of a positive correlation between stateanxiety and vection strength. The 3rd International Five-Sense Symposium (5-SENSE 2018).20th, September, 2018.

8) Aoi Aruga, A., Bannai, Y., and Seno, T. (2018). Experiments to investigate the effects ofscents on vection perception., International Workshop on Informatics 2018, 10th, September,2018. Salzburg, Republik Osterreich.


1) 井岡良介,妹尾武治,大久保街亜. 状態不安とベクション強度の関係について,電気学会,知覚情報研究会,長崎,ハウステンボス, 8. 27. 2018. pp 7–8. (The Papers of TechnicalMeeting on “Perception Information”, IEE Japan) , 2018.08.

2) 赤木智彦,妹尾武治,池畑諭. 最も魅力的なバーチャル・ヒール・プロレスラーを作るための心理学的な検討,電気学会,知覚情報研究会,長崎,ハウステンボス, 8. 27. 2018. pp5–6. (The Papers of Technical Meeting on “Perception Information”, IEE Japan), 2018.08.

3) 佐藤博太郎,森本有紀,平松千尋,妹尾武治. ベクションの強度を変動させる２つの実験心理学的操作.,電気学会,知覚情報研究会,長崎,ハウステンボス, 8. 27. 2018. pp 3–4. (ThePapers of Technical Meeting on “Perception Information”, IEE Japan), 2018.08.

4) 妹尾武治,金谷英俊,藤井芳孝,小川将樹,澤井賢一,村田佳代子,分部利紘,徳永康祐,Stephen Palmisano. ベクションの数理モデル研究の紹介,電気学会,知覚情報研究会,長崎,ハウステンボス, 8. 27. 2018. pp 1～ 2. (The Papers of Technical Meeting on“Perception Information”, IEE Japan), 2018.08.

5) 金谷英俊・妹尾武治・村田佳代子・藤井芳孝・小川将樹・徳永康祐・Stephen Palmisano(2018). 刺激呈示時間が長くなるほどベクションの強度が強くなる,日本認知心理学会第16回大会，立命館大学，2018.09.


6) 松隈浩之・村木里志・妹尾武治. 足踏み運動支援用ゲーム『リハビリウム：アシブミジョーズ』：ヘルスケアの現場におけるゲーム利用, CEDEC2018,インタラクティブセッション. Yokohama, 2018.08.

7) 井岡良介・田中利佳・松隈造之・妹尾武治. ベクションの主観的強度とコンテンツの魅力度の相関関係. ,第 32回 VR心理学研究委員会,北九州市立大学, 2018.12.

8) 佐藤博太郎・森本有紀・妹尾武治. 網膜像がほぼ同一の視点移動場面と物体移動場面が誘起するベクション強度の検討,第 32回 VR心理学研究委員会,北九州市立大学, 2018.12.

9) 妹尾武治・清水隆哉. ベクション刺激の単眼観察と両眼観察での違い,電気学会,知覚情報研究会,長崎県五島, 3月 1日, 2019, 2019.03.

10) 井岡良介・妹尾武治. コンテンツとしてのベクション刺激がもたらす，ベクション強度，魅力度，映像酔いについての研究,電気学会,知覚情報研究会,長崎県五島, 2019.03.

11) 佐藤博太郎・森本有紀・平松千尋・妹尾武治. CG表現としてのベクション刺激の検討,電気学会,知覚情報研究会,長崎県五島, 2019.03.

12) 赤木智彦・池畑諭・妹尾武治. CG表現としてのバーチャル・ヒール・プロレスラーの検討,電気学会,知覚情報研究会,長崎県五島, (The Papers of Technical Meeting on“Perception Information”, IEE Japan), 2019.03.

4. 鏑木時彦研究室 Tokihiko KABURAGI


1) Masahiro Okada, Tokihiko Kaburagi, Isao Tokuda, Acoustic measurements of theinfinitesimal phase response curve from a sounding organ pipe, Physics Letters Ahttps://doi.org/10.1016/j.physleta.2019.02.034, 2019.03.

2) Tokihiko Kaburagi, Takuma Shimizu, Yasufumi Uezu, A morphological and acoustic analysisof the vocal tract during the act of whistling, Acoustical Science and Technology,https://doi.org/10.1250/ast.39.198, 39, 3, 198–206, 2018.05.


1) Fumiaki Taguchi, Tokihiko Kaburagi, Articulatory-to-speech conversion using bi-directionallong short-term memory, Interspeech2018, 2018.09.

2) Tokihiko Kaburagi, Momoyo Ando, Yasufumi Uezu, Source-filter interaction: A study usingvocal-tract data of a soprano singer, 175th Meeting of the Acoustical Society of America,2018.05.


1) 田口史朗，鏑木時彦, Full CNN構造を用いた口唇動画-音声変換,日本音響学会春季研究発表会, 2019.03.

2) 上原崇寛，鏑木時彦,テナー歌手の声道共鳴特性の分析：合唱と独唱の比較,日本音響学会音楽音響研究会, 2019.02.

3) 枝美穂子，鏑木時彦,フルートの材質で音は変わるのか：演奏者の知覚する「吹奏感」と「音色」に関する検討,日本音響学会音楽音響研究会, 2019.02.

4) 田口史朗，鏑木時彦, End-to-End調音-音声変換に関する検討,日本音響学会音声研究会,2019.01.

5) 日髙駿介，李庸學，若宮幸平，中川尚志，鏑木時彦, Deep Neural Networkを用いた嗄声度の自動推定,日本音響学会聴覚研究会, 2018.12.

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6) 上江洲安史，李庸學，鏑木時彦,ハイスピードカメラ撮像によるスクリーム歌唱時の発声機構の高速度撮像,日本音響学会秋季研究発表会, 2018.09.

7) 田口史朗，鏑木時彦, End-to-End調音-音声変換のための調音データからのメルスペクトログラム推定,日本音響学会秋季研究発表会, 2018.09.

8) 田口史朗，鏑木時彦,畳み込みニューラルネットワークを用いた音声-調音逆マッピングの検討,日本音響学会秋季研究発表会, 2018.09.

9) 加藤菖，鏑木時彦,サキソフォンのオーバートーン奏法における声道形状の影響,日本音響学会秋季研究発表会, 2018.09.

5. 上岡玲子研究室 Ryoko UEOKA

(a) 日本語学術論文・出版物 Japanese Publication

1) 佐藤優花，上岡玲子. (2019). 快適なオフィスワーク支援を目指した空気渦輪の頬触覚ディスプレイによる触覚刺激の影響評価,情報処理学会論文誌, 60, 2, 308–317.


1) Ryoko Ueoka, Ali AlMutawa, Emotion Hacking VR: Amplifying Scary VR Experience byAccelerating Actual Heart Rate, HCII2018 (20th Int’l Conference on Human-ComputerInteraction) Springer International Publishing AG 2018 pp.436–445, 2018.07

(c) 国内学会発表，研究会等 Domestic Conference Presentation

1) 桑畑健吾，上岡玲子,ぼっち作業時の集中力維持を支援するシステムの構築,第 23回日本バーチャルリアリティ学会大会, 22E-5, 2018.09

(d) 学会大会・会議・シンポジウムなどにおける役割 Leading Role in Conferences

1) 電子情報通信学会MVE研究会,座長 (2018年 3月 8日–9日).

2) 第 22回日本バーチャルリアリティ学会,座長 (2017年 9月 27日–29日).

3) 電子情報通信学会MVE研究会,座長 (2017年 3月 6日–7日).

6. 志堂寺和則研究室 Kazunori SHIDOJI

(a) 国際会議発表 International Conference Presentations

1) He Xi, Kazunori Shidoji, Driving behavior and characteristics of eye movements duringinattentive driving, The 16th ITS Asia-Pacific Forum FUKUOKA 2018, 677–690, 2018.05.

2) Kazunori Shidoji, Driving behavior and psychophysiological status, French-JapaneseWorkshop, 2018.10.

3) Akihiro Nakamura, Kazunori Shidoji, Virtual Rotation with Visuo-Haptics, IEEE VirtualReality 2019, 2019.03.

(b) 国内学会発表，研究会等 Domestic Conference Presentations

1) 新居田拓也,石河裕弥,志堂寺和則,運転挙動解析・得点化システムの開発,第 81回情報処理学会全国大会, 2019.03.

2) 志堂寺和則,情報処理心理学,日本心理学会公開シンポジウム（高校生のための心理学講座）, 2018.12.

3) 志堂寺和則,高齢ドライバーの運転挙動計測,九州心理学会第 79回大会, 2018.12.

4) 志堂寺和則,運転適性,日本交通心理学会交通心理士試験事前講習会, 2018.09.


5) 早見武人，松尾太加志，福田恭介，志堂寺和則,垂直方向のサッカードにおける加速段階と減速段階の比較,第 36回日本生理心理学会大会, 2018.05.

6) 志堂寺和則,運転適性,日本交通心理学会交通心理士試験事前講習会, 2018.04.

(c) 学会大会・会議・シンポジウムなどにおける役割 Leading Role in a Conference

1) 2018.05～ 2018.05.01, The 16th ITS Asia-Pacific Forum FUKUOKA 2018,プログラム委員，座長（Chairmanship）.

7. 光藤宏行研究室 Hiroyuki MITSUDO


1) Uchiyama, T., and Mitsudo, H. (2019). No Benefit of Eye-Closure Rehearsal in a UnimodalRecognition Memory Test for Word Items, Japanese Psychological Research,10.1111/jpr.12248.


1) 越智啓太,内野八潮,大上渉,新岡陽光,光藤宏行,意識的な行動の無意識的な理由: 心理学ビジュアル百科認知心理学編,創元社, 2018.10.

2) 光藤宏行,その他,基礎心理学実験法ハンドブック,朝倉書店, 2018.06.


1) 光藤宏行,あの光は紫外線なのか?人工眼内レンズによる色・明るさ知覚の変化,九州心理学会第 79回大会, 2018.12.

2) 與島ちさと，梅田遥霞，斎藤彩乃，三浦茉莉花，永堀希実，山本健太郎，光藤宏行, SNSにおける「いいね」の頻度と共感性の関連の検討,九州心理学会第 79回大会, 2018.12.

3) 原田佑規，光藤宏行,千鳥掛け柵効果:視覚的な柵の方位と窓の形状が進行動作に及ぼす影響,日本視覚学会 2018年夏季大会, 2018.08.

4) 成儒彬，光藤宏行,韓国語の平音に対する韓国語話者と日本語話者の知覚差,日本認知心理学会第 16回大会, 2018.09.

5) 村井麻里子，黒木大一朗，光藤宏行,顔の魅力は視覚探索を妨害する,日本認知心理学会第 16回大会, 2018.09.

(d) 学会大会・会議・シンポジウムなどにおける役割 Leading Role in a Conference

1) 2018.08.11,日本心理学会認定心理士の会公開シンポジウム「買い物にひそむ心理学」,企画.

8. 山田祐樹研究室 Yuki YAMADA


1) Yamada, Y. (2018). How to crack pre-registration: Toward transparent and open science,Frontiers in Psychology, https://doi.org/10.3389/fpsyg.2018.01831, 9:1831.

2) Trafimow, D., Amrhein, V., Areshenkoff, C. N., Barrera-Causil, C., Beh, E. J., Bilgi ç , Y.,Bono, R., Bradley, M. T., Briggs, W. M., Cepeda-Freyre, H. A., Chaigneau, S. E., Ciocca, D.R., Correa, J. C., Cousineau, D., de Boer, M. R., Dhar, S. S., Dolgov, I., Gomez-Benito, J.,Grendar, M., Grice, J., Guerrero-Gimenez, M. E., Gutierrez, A., Huedo-Medina, T. B., Jaffe,K., Janyan, A., Karimnezhad, A., Korner-Nievergelt, F., Kosugi, K., Lachmair, M., Ledesma,R., Limongi, R., Liuzza, M. T., Lombardo, R., Marks, M., Meinlschmidt, G., Nalborczyk, L.,

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Nguyen, H. T., Ospina, R., Perezgonzalez, J. D., Pfister, R., Rahona, J. J., Rodrıguez-Medina,D. A., Romao, X., Ruiz-Fernandez, S., Suarez, I., Tegethoff, M., Tejo, M., van de Schoot, R.,Vankov, I., Velasco-Forero, S., Wang, T., Yamada, Y., Zoppino, F. C. M., andMarmolejo-Ramos, F. (2018). Manipulating the alpha level cannot cure significance testing.,Frontiers in Psychology, 9:699.

3) Yonemitsu, F., Sasaki, K., Gobara, A., Kosugi, K. E., and Yamada, Y. (2018). Close, and yeshall find: Eye closure during thinking enhances creativity. Palgrave Communications, 9:699.

4) Nitta, H., Tomita, H., Zhang, Y., Zhou, X., and Yamada, Y. (2018). Disgust and the rubberhand illusion: A registered replication report of Jalal, Krishnakumar, and Ramachandran(2015). Cognitive Research: Principles and Implications, 3:15.


1) 山田祐樹 (2018). 不気味の谷松尾太加志 (編)ライブラリ心理学を学ぶ 3，認知と思考の心理学,サイエンス社.

2) 山田祐樹 (2018). オンラインによる知覚研究日本基礎心理学会 (監修)坂上貴之・河原純一郎・木村英司・三浦佳世・行場次朗・石金浩史 (編)基礎心理学実験法ハンドブック,朝倉書店.

3) 清水邦義・本傳晃義・奥田拓・羽賀栄理子・中島大輔・鷲岡ゆき・松本清・山本篤・吉村友里・井隼経子・渡邊雄一郎・安心院剛・安成信次・山田祐樹・永野純・岡本剛・石川洋哉・大貫宏一郎・藤本登留 (2018). スギの無垢材を内装に用いた室内空間における人滞在時の吸湿作用の検証,木材工業, 73(5), 187–192.


1) Wagner, K. D., Yamada, Y., Croley, J. A., and Wilson, J. M., Trypophobia: Implications forDermatology, The 29th Annual Meeting of the Association of PsychoneurocutaneousMedicine of North America, 2019.02.

2) Ikeda, A., and Yamada, Y., Human-human chain of moral disgust, The 11th InternationalConference on Knowledge and Smart Technology (KST2019), 2019.02.

3) Konomi, S., Hatano, K., Inaba, M., Oi, M., Okamoto, T., Okubo, F., Shimada, A., Wang, J.,Yamada, M., and Yamada, Y., Designing learning analytics environments for elderly people,The 4th World Social Science Forum (WSSF2018), 2018.09.

4) Konomi, S., Hatano, K., Inaba, M., Oi, M., Okamoto, T., Okubo, F., Shimada, A., Wang, J.,Yamada, M., and Yamada, Y., Towards supporting multigenerational co-creation and socialactivities: Extending learning analytics platforms and beyond, The 20th InternationalConference on Human-Computer Interaction (HCI International 2018), 2018.07.

5) Konomi, S., Hatano, K., Inaba, M., Oi, M., Okamoto, T., Okubo, F., Shimada, A., Wang, J.,Yamada, M., and Yamada, Y., Extending learning analytics platforms to support elderlypeople, The 12th International Workshop on Information Search, Integration, andPersonalization (ISIP2018), 2018.05.

6) Sasaki, K., Watanabe, K., and Yamada, Y., Emotional judgment of invisible trypophobicimages, The 22nd Annual Meeting of the Association for the Scientific Study ofConsciousness, 2018.06.



1) 米満文哉・井隼経子・山田祐樹,心理的レジリエンスにおける時間的注意の特性―注意の瞬きを用いた検討―,第 9回 Society for Tokyo Young Psychologists, 2019.03.

2) 池田鮎美・徐皓芹・冨士直斗・朱思斉・山田祐樹,追い込まれた右利きは右を選びやすい：事前登録されたでっち上げ研究,第 9回 Society for Tokyo Young Psychologists, 2019.03.

3) 吉村直人・森本光一・村井麻里子・木原悠朔・Veit Kubik・Fernando Marmolejo-Ramos・山田祐樹,とあるガネルの国際的査読付事前登録直接追試,第 9回 Society for TokyoYoung Psychologists, 2019.03.

4) 池田鮎美・徐皓芹・冨士直斗・朱思斉・山田祐樹,追い込まれた右利きは右を選びやすい,第 2回犬山認知行動研究会議, 2019.01.

5) 米満文哉・山田祐樹,日本人の政治指向と嫌悪感受性,電子情報通信学会 HIP研究会,2018.12.

6) 畑中麻希・宮城拓弥・𠮷岡大貴・金長幸希・藤村颯・黒田剛士・山田祐樹・竹内成生・宮崎真,乱雑な視覚パタンは外側頭頂後頭部の事象関連電位の応答を賦活する,情報学シンポジウム 2018「スポーツと情報」―情報科学技術によるスポーツ革新―, 2018.12.

7) 上田誠也・宮城拓弥・吉岡大貴・赤池早紀・堀田英則・石澤恵・山田祐樹・宮崎真,グレア錯視の ”まぶしさ”：心理物理学的検証,日本基礎心理学会第 37回大会, 2018.11.

8) 米満文哉・佐々木恭志郎・郷原皓彦・山田祐樹, Me, me, me. ―クローン減価効果はアイデンティティの重複に起因する―,日本基礎心理学会第 37回大会, 2018.11.

9) 徐皓芹・佐々木恭志郎・山田祐樹,トライポフォビアにおける「感染」,日本基礎心理学会第 37回大会, 2018.11.

10) 池田鮎美・山田祐樹,嫌なやつと握手した人は嫌なやつ？―ヒトを介した道徳的嫌悪の二次感染―,日本基礎心理学会第 37回大会, 2018.11.

11) 吉村直人・米満文哉・山田祐樹,呼吸経路と注意の瞬き,日本基礎心理学会第 37回大会,2018.11.

12) 郷原皓彦・山田祐樹,「びっび」は「ぶっぶ」より鋭い―日本語の bouba/kiki effectにおける母音優位性―,日本基礎心理学会第 37回大会, 2018.11.

13) 上田誠也・宮城拓弥・𠮷岡大貴・赤池早紀・堀田英則・石澤恵・山田祐樹・宮崎真,本当にグレア錯視はグレア (まぶしい)か？ ,第 16回情報学ワークショップ, 2018.11.

14) 畑中麻希・宮城拓弥・𠮷岡大貴・金長幸希・藤村颯・黒田剛士・山田祐樹・竹内成生・宮崎真,視覚パタンの乱雑さ判断における側頭後頭部の神経生理学的応答：事象関連電位による研究,第 16回情報学ワークショップ, 2018.11.

15) 米満文哉・佐々木恭志郎・郷原皓彦・山田祐樹,ヒトの重複によるきもみ,第 2回犬山鯨類鰭脚類行動シンポジウム, 2018.10.

16) 佐々木恭志郎・渡邊克巳・山田祐樹,意図的行為に基づいたモノの所有感,日本心理学会第 82回大会, 2018.09.

17) 山田祐樹・佐々木恭志郎・井隼経子,感情の身体化が崩壊するとき,日本心理学会第 82回大会, 2018.09.

18) 石川知夏・小林哲生・中響子・米満文哉・山田祐樹,男性の多い職場で働く女性による顔の魅力判断,日本心理学会第 82回大会, 2018.09.

19) 山田祐樹,感性理解のための遊撃的研究,日本心理学会第 82回大会, 2018.09.

20) Yoshimura, N., Yonemitsu, F., Marmolejo-Ramos, F., and Yamada, Y., Inefficient visualsearch requires observer’s nasal respiration,日本認知心理学会第 16回大会, 2018.09.

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21) 佐々木恭志郎・山田祐樹・渡邊克巳,触るな危険！？―円形集合体への接触忌避反応―,日本認知心理学会第 16回大会, 2018.09.

22) 宮城拓弥・𠮷岡大貴・赤池早紀・恩田和征・堀田英則・石澤恵・山田祐樹・宮崎真,グレア錯視は本当にグレア (まぶしい)か？ ,情報学ワークショップ 2018, 2018.07.

23) 大竹裕香・奥村優子・山田祐樹・小林哲生,養育経験が絵本知識に与える影響―養育者・保育学生・大学生の比較―,日本赤ちゃん学会第 18回学術集会, 2018.07.

24) 山田祐樹・朱思斉・錢琨・佐々木恭志郎,身体化された情動の文化化を探る―中国雲南省少数民族の身体的心性―,第 2回顔・身体学領域会議, 2018.06.

25) 山田祐樹・朱思斉・錢琨・佐々木恭志郎,身体化された情動の文化化を探る―中国雲南省少数民族の身体的心性―,第 2回顔・身体学領域会議, 2018.06.

26) 山田祐樹,ヒトの感情から考えてみる,人間環境学コロキウム 2018「環境は＜きれい＞でなければならないか？」, 2018.06.

27) 山田祐樹,日本基礎心理学会若手研究者特別委員会,第 3回若手科学者サミット, 2018.06.

(e) 学会大会・会議・シンポジウムなどにおける役割 Leading Roles in Conferences

1) 2019.02.20～ 2019.02.20,第 18回感性学研究会「視点と身体による空間認知・感性認知」,企画.

2) 2018.12～ 2018.12,電子情報通信学会 HIP研究会,座長.

3) 2018.11～ 2018.11,日本基礎心理学会第 37回大会若手オーラルセッション,企画.

4) 2018.09～ 2018.09.06, FIT2018第 17回情報科学技術フォーラム,座長.

5) 2018.06.02～ 2018.06.02, 2018年度第 1回基礎心理学フォーラム,司会.

　

ReCAPSResearch Center for Applied Perceptual Science 応用知覚科学研究センターFaculty of Design, Kyushu University

4-9-1, Shiobaru, Minami-ku 九州大学大学院芸術工学研究院Fukuoka 815-8540, Japan 〒 815-8540福岡市南区塩原 4-9-1Telephone: +81 92 553 4640 Tel. 092-553-4640e-mail: [email protected]

http://www.recaps.design.kyushu-u.ac.jp/

[2018]応用知覚科学研究センター活動報告 : 平成30 年度（2018年 …

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