Oral Presentation Sat. 30 Nov. 2019

Total Page:16

File Type:pdf, Size:1020Kb

Oral Presentation Sat. 30 Nov. 2019 Oral Presentation ★ Sat. 30 Nov. 2019 Room A Room C Room A West 3F Room C West 4F COLOR PREFERENCE <1> Diversity COLOR MANAGEMENT SAT-1A SAT-1C Akira Asano(JP) / Tien-Rein Lee(TW) Motonori Doi(JP) / Changjun Li(CN) Invited Talk: Communicating Colour with an Advanced SAT-1C-1 Phil Green UK SAT-1A-1 Kim Min-Kyong KR Personal Color Analysis for Korean Colour Management Framework Women’s (For women in their 20s and 30s) Yuki Akizuki, Futoshi The Issue of Color Appearance in Masaya Nishimoto and Preference for Color Composition of Art SAT-1C-2 Ohyama and Satoshi JP SAT-1A-2 JP Telemedicine System Shigeki Nakauchi Paintings and its Individual Differences Iwamoto Hathaichanok Khemthong, Kazuji Matsumoto and Development of Portable Spectral SAT-1C-3 JP Pratthana Thammachat, Use of Smoke in Advertising Hot Drink Misao Takamatsu Gonio-Photometer SAT-1A-3 TH Natthamon Piengthisong Photography Production Xiandou Zhang, and Chanida Saksirikosol Mengmeng Wang, Metamer Mismatching for Different SAT-1C-4 CN Pantakan Sukontee, Minchen Wei, Shangfei Number of Camera Combinations Chanprapha Li and Shuo Liu Color of Cooked Rice to Improve SAT-1A-4 Phuangsuwan, Hiroyuki TH Appetite for Elderly Congcong Zhang, Iyota, Hideki Sakai and Xiaoxuan Liu, Cheng Gao, Local Adaptation Approach for Camera SAT-1C-5 CN Mitsuo Ikeda Zhifeng Wang, Yang Xu Characterization Based on Lightness Color Satisfaction on Printed Media and Changjun Li Ploy Srisuro, of Foundation for Rehabilitation and SAT-1A-5 Warin Chuen-Aram and TH Pei-Li Sun, Wei-Chih Su, A Low-cost Method to Predict Color Development of Children and Family Thitapa Rodsong SAT-1C-6 Hung-Shing Chen and TW Appearance of Fluorescent Samples (FORDEC) Hung-Chung Li under Various Illumination Conditions COLOR PREFERENCE < 2 > Marketing COLOR PERCEPTION SAT-2A SAT-2C Tomoko Obama(JP) / Adi Djoko(ID) Naoyuki Osaka(JP) / I-Ping Chen(TW) Adi Djoko Guritno, Discoloration of Tuna Fillets (Thunnus Relationship between Observers’ Interests Novita Erma Kristanti Akira Asano, Yuri Yoshii SAT-2A-1 ID Albakocores) to Increase Added Value SAT-2C-1 JP to Colors and the Precision of Color and Melinda Sugiana and Chie Muraki Asano Using Industrial Gases Categorization Dharmawati Modern Mandarin Basic Color Terms Identifying Soybean (Glycine Max L. Tsuei-Ju Hsieh, Ichiro Novita Erma Kristanti SAT-2C-2 TW Acquired from Color Naming Task and SAT-2A-2 ID Merr) by Color Analysis in Supply Chains Kuriki and I-Ping Chen and Annisa Nurul Ghifari Statistics Corpus Linguistics to Improve Consumer Preferences Nischanade Panitanang, Nafis Khuriyati, M. Affan Chanprapha Phuangsuwan, Thai Basic Color Terms and New Fajar Falah , Mirwan SAT-2C-3 TH SAT-2A-3 ID Chili Color and Spiciness Ichiro Kuriki, Rumi Candidate Nomination Ushada and Bayu Tokunaga and Mitsuo Ikeda Kristiawan About Neural Representation of Colors Wahyu Supartono and Optimization of Blue Rice Production SAT-2C-4 Ichiro Kuriki JP SAT-2A-4 ID in Visual Cortex Devina Nikasari using Taguchi Method Janejira Mepean, Mitsuo Simultaneous Color Contrast on SAT-2A-5 Cancellation SAT-2C-5 Ikeda and Chanprapha TH a Display Determined by Different Invited Talk: Phuangsuwan Viewing Distances SAT-2A-6 Eri Oomae (Zhou Xin) CH Asia Color Trend Book Saran Chantra, Mitsuo Ikeda, Hideki Sakai, Device Independent Simultaneous SAT-2C-6 TH Room B Hiroyuki Iyota and Lightness Contrast Chanprapha Phuangsuwan Room B West 4F Keizo Shinomori and Variation of Brown Perception in LIGHTING & COLOR TEMPERATURE SAT-2C-7 JP SAT-1B John S. Werner Chromatic Central Fields Taiichiro Ishida(JP) / Chanprapha Phuangsuwan(TH) Pei-Tzu Huang and Spectral Design of Lighting Indicator SAT-1B-1 TW Hung-Shing Chen for Detecting 5000 K White-Light LED Phubet Chitapanya, Chanprapha Color Appearance of Objects in the SAT-1B-2 TH Phuangsuwan and Environment Lit with LED Lamps Mitsuo Ikeda Influence of Correlated Color Taiichiro Ishida and SAT-1B-3 JP Temperature and Duv of Lighting on Yusuke Tateishi Visual Impressions of a Space ◆ Presentation: 15 min, including 3 min for Q&A Spans of Fundamental Colors Nana Itoh and Ken — Comparison Among Normal Color ◆ Invited Talk: 30 min SAT-1B-4 JP Sagawa Vision of Young and Older People, Defective Color Vision, and Low Vision Invited Talk: SAT-1B-5 Youngshin Kwak KR Vision Experiment on Perception of Correlated Colour Temperature COSMETICS & SKIN COLOR SAT-2B Takashi Sakamoto(JP) /Takanori Igarashi(JP) Invited Talk: SAT-2B-1 Yoko Mizokami JP Color Perception Specific to Facial Skin Invited Talk: Image-based Measurement of Human SAT-2B-2 Kumiko Kikuchi JP Skin Color and its Application in Cosmetics Field Taiga Mikami, Yuanyuan He, International Comparison of Facial Skin Helene Midtfjord, Suguru SAT-2B-3 JP Brightness Perception with Differences Tanaka, Kumiko Kikuchi in Skin Color and Yoko Mizokami Nutticha Pattarasoponkun, SAT-2B-4 Chanprapha Phuangsuwan TH Skin Color of Thai People and Mitsuo Ikeda Kanokwan Somdang, Chanprapha Color of Lipstick to Make Thai Girls SAT-2B-5 Phuangsuwan, Natsuki TH Healthier Tsuji, Mikiko Kawasumi and Mitsuo Ikeda 12 ACA 2019 Nagoya - Color Communications アブストラクトACA2019.indb 12 2019/11/20 13:05:04 Oral Presentation ★ Sun. 1 Dec. 2019 Room A Room C Room A West 3F Room C West 4F COLOR CULTURE < 1 > Psychology & Design COLOR IMAGING < 1 > Vision & Technology SUN-1A SUN-1C Vincent C. Sun(TW) / Youngshin Kwak(KR) Takahiro Horiuchi(JP) / Phil Green(UK) Invited Talk: Sparkle and Graininess Index of Effect Tien-Rein Lee and SUN-1C-1 Masayuki Osumi JP SUN-1A-1 TW From Vernacular to Divine Classics: A Coating using Spectral Imaging Vincent Ching-Wen Sun New Color Survey Approach Appearance Reproduction of Skin The Relationship between Pychological Motonori Doi, Akira with Pigment Concentration Pattern SUN-1A-2 Tadayuki Wakata JP SUN-1C-2 JP Brightness, Vividness and Impression Kimachi and Shogo Nishi Generated by Deep Convolutional The Study of How the First - Time Voters Generative Adversarial Networks SUN-1A-3 Waiyawut Wuthiastasarn TH Memorize the Color of Political Parties Sei-ichi Tsujimura and A Weak Melanopsin Contribution to SUN-1C-3 JP Wipada Pumila, Katsunori Okajima Color Perception Chanprapha Phuangsuwan, Colors for Female and Male Image by Helene Midtfjord, SUN-1A-4 TH Perception of Vividness of Emissive Yoko Mizokami and Thai and Japanese People SUN-1C-4 Phil Green and Peter NO Colours by Norwegian Observers Mitsuo Ikeda Nussbaum Kieko Yamada, Hiroki Ishiyama, Midori Contribution of Color Information in Analysis of Pale Color Preference for SUN-1A-5 Mikiko Kawasumi and JP SUN-1C-5 Tanaka and Takahiko JP Instantaneous Identification of Copper Jeans Products Akihiko Goto Horiuchi Materials COLOR CULTURE < 2 > Region & Environment Nozomi Tobaru, Noriko Formulation of Metal Texture Evaluation SUN-2A Tomoko Obama(JP) / Kitirochna Rattanakasamsuk(TH) SUN-1C-6 Yata, Yoshitsugu Manabe JP from Image Features Considering Visual and Yoko Mizokami Characteristics Invited Talk: SUN-2A-1 Kohji Yoshimura JP Japanese Color Terms Denoting the COLOR IMAGING < 2 > Neural network & Printing SUN-2C Aesthetic Sense of Japanese Culture Yoshitsugu Manabe(JP) / Haisong Xu(CN) Practical Research for Developing Hao Yan, Qingmei Research on Blur Discrimination SUN-2A-2 Akiyo Makino JP Local Identity Color Method SUN-2C-1 Huang, Defen Chen, CN Thresholds of Three-channel for Color Kanchaporn Jankeaw, Lialian Zhang and Pan Guo Image Kitirochna Rattanakasamsuk, Simulation of a Multispectral Imaging SUN-2A-3 TH Representative Colors of Grapes Zhengnan Ye, Haisong Xu, Ryo Kihara and SUN-2C-2 CN System based on Multichannel Filter Jueqin Qiu and Yang Lu Mikiko Kawasumi Array The Study on Color Design of Architecture Hung-Chung Li, Pei-Li Sun A DNN-based Model for Ciecam02 SUN-2C-3 TW SUN-2A-4 Lu Chen CN in Korea and China Commercial Street and Yennun Huang Application between Korean and Chinese Takuma Hirose, Noriko Analysis of the Process of Color Evaluation of Color Reproduction in SUN-2C-4 Yata and Yoshitsugu JP Li Li, Changyu Diao and Constancy Networks by CNN SUN-2A-5 CN Ancient Painting Based on Eigenspace Manabe Jinjin Mao Interpolation Tsukasa Hirabayashi, Removal of Shadow and Reflection Analyzing Painting by Computing SUN-2C-5 Noriko Yata and JP over Printed Matter by CNN with SUN-2A-6 Ryu Furusawa JP Valeur of Colors Yoshitsugu Manabe Considering Area Information Pakornsit Poungto, Sureeporn Khampaeng, Ploypassorn Punkhor, Pichayada Development of a Color Strip from Room B SUN-2C-6 Katemake, Supaporn TH Colorants in Grape for Alkali Indicator Noppakundilograt, Room B West 4F Kanitha, Tananuwong, COLOR APPEARANCE < 1 > Constancy and Theeranun SUN-1B Keizo Shinomori(JP) / Xiandou Zhang(CN) JanjarasskulJanjarasskul Shuo Liu, Xiandou Duantemdoung The Post-processing of Color Constancy SUN-1B-1 Zhang, Mengmeng Wang CN Dethsuphar, Jennyssia Methods for the Outdoor Natural Scenes and Shangfei Li Rattanavanh, Color Constancy under an Illuminant Pichayada Katemake, Akira Kito and Taiichiro SUN-1B-2 JP Having Multiple Peaks in the Spectral Chawan Koopipat, Application of Multi-color Channels of Ishida SUN-2C-7 TH Distribution Dhamrongruchna LED for Art Examination Hoontrakul, Prompong Supattra Jinphol, Mitsuo Effect of Haze Value and Materials on Pienpinijtham and Ikeda, Chanprapha the Color Appearance in the Tissue SUN-1B-3 TH Supaporn Phuangsuwan and Yoko Experiment of the Simultaneous Color Noppakundilograt Mizokami Contrast Piyamon Nguensawat, Mitsuo Ikeda, Effect of Viewing Distance to the SUN-1B-4 TH Chanprapha Phuangsuwan Simultaneous Color Contrast ◆ Presentation:
Recommended publications
  • Scaling Lightness Perception and Differences Above and Below Diffuse White and Modifying Color Spaces for High-Dynamic-Range Scenes and Images Ping-Hsu Chen
    Rochester Institute of Technology RIT Scholar Works Theses Thesis/Dissertation Collections 2011 Scaling lightness perception and differences above and below diffuse white and modifying color spaces for high-dynamic-range scenes and images Ping-hsu Chen Follow this and additional works at: http://scholarworks.rit.edu/theses Recommended Citation Chen, Ping-hsu, "Scaling lightness perception and differences above and below diffuse white and modifying color spaces for high- dynamic-range scenes and images" (2011). Thesis. Rochester Institute of Technology. Accessed from This Thesis is brought to you for free and open access by the Thesis/Dissertation Collections at RIT Scholar Works. It has been accepted for inclusion in Theses by an authorized administrator of RIT Scholar Works. For more information, please contact [email protected]. Scaling Lightness Perception and Differences Above and Below Diffuse White and Modifying Color Spaces for High-Dynamic-Range Scenes and Images by Ping-hsu Chen B.S. Shih Hsin University, Taipei, Taiwan (2001) M.S. Shih Hsin University, Taipei, Taiwan (2003) A thesis submitted in partial fulfillment of the requirements for the degree of Master of Science in Color Science in the Center for Imaging Science, Rochester Institute of Technology Signature of the Author Accepted By Coordinator, M.S. Degree Program Data CHESTER F. CARLSON CENTER FOR IMAGING SCIENCE COLLEE OF SCIENCE ROCHESTER INSTITUTE OF TECHNOLOGY ROCHESTER, NY CERTIFICATE OF APPROVAL M.S. DEGREE THESIS The M.S. Degree Thesis of Ping-hsu Chen has been examined and approved by two members of the Color Science faculty as satisfactory for the thesis requirement for the Master of Science degree Prof.
    [Show full text]
  • Development of a Methodology for Analyzing the Color Content of a Selected Group of Printed Color Analysis Systems
    AN ABSTRACT OF THE THESIS OF Edith E. Collin for the degree of Master of Sciencein Clothing, Textiles and Related Arts presented on April 7, 1986. Title: Development of a Methodology for Analyzing theColor Content of a Selected Group of Printed Color Analysis Systems Redacted for Privacy Abstract approved: Ardis Koester The purpose of this study was to develop amethodology to compare the color choice recommendationsfor each personal color analysis category identified by the authorsof selected publications. The procedure used included: (1) identification of publications with color analysis systemsdirected toward female clientele; (2) comparison of number and names of categoriesused; (3) identification, by use of Munsell colornotations, the visual and written color recommendations ascribed toeach category; and (4) comparison of the publications on the basisof: (a) number and names of categories; (b) numberof color recommendations in each category; (c) range of hue value and chroma presented;(d) comparison of visual and written color recommendations by categoryand author. With the exception of comparison of publications onthe basis of written color recommendations, all components of themethodology were successful. Comparison of the publications used in development ofthe methodology revealed that: 1. The majority of authors use the seasonal category system. 2. The number of color recommendations per category was quite consistent within a publication but varied widely among authors. 3. There were few similarities in color recommendations even among authors using the same name categories. 4. There was poor agreement between written and visual color recommendations within all color categories. 5. There was no discernable theoretical basis for the color recommendations presented by any author included in this study.
    [Show full text]
  • Color Measurement1 Agr1c Ü8 ,
    I A^w /\PK4 1946 USDA COLOR MEASUREMENT1 AGR1C ü8 , ,. 2001 DEC-1 f=> 7=50 AndA ItsT ApplicationA rL '"NT SERIAL Í to the Grading of Agricultural Products A HANDBOOK ON THE METHOD OF DISK COLORIMETRY ui By S3 DOROTHY NICKERSON, Color Technologist, Producdon and Marketing Administration 50! es tt^iSi as U. S. DEPARTMENT OF AGRICULTURE Miscellaneous Publication 580 March 1946 CONTENTS Page Introduction 1 Color-grading problems 1 Color charts in grading work 2 Transparent-color standards in grading work 3 Standards need measuring 4 Several methods of expressing results of color measurement 5 I.C.I, method of color notation 6 Homogeneous-heterogeneous method of color notation 6 Munsell method of color notation 7 Relation between methods 9 Disk colorimetry 10 Early method 22 Present method 22 Instruments 23 Choice of disks 25 Conversion to Munsell notation 37 Application of disk colorimetry to grading problems 38 Sample preparation 38 Preparation of conversion data 40 Applications of Munsell notations in related problems 45 The Kelly mask method for color matching 47 Standard names for colors 48 A.S.A. standard for the specification and description of color 50 Color-tolerance specifications 52 Artificial daylighting for grading work 53 Color-vision testing 59 Literature cited 61 666177—46- COLOR MEASUREMENT And Its Application to the Grading of Agricultural Products By DOROTHY NICKERSON, color technologist Production and Marketing Administration INTRODUCTION cotton, hay, butter, cheese, eggs, fruits and vegetables (fresh, canned, frozen, and dried), honey, tobacco, In the 16 years since publication of the disk method 3 1 cereal grains, meats, and rosin.
    [Show full text]
  • Effect of Area on Color Harmony in Interior Spaces
    EFFECT OF AREA ON COLOR HARMONY IN INTERIOR SPACES A Ph.D. Dissertation by SEDEN ODABAŞIOĞLU Department of Interior Architecture and Environmental Design İhsan Doğramacı Bilkent University Ankara June 2015 To my parents EFFECT OF AREA ON COLOR HARMONY IN INTERIOR SPACES Graduate School of Economics and Social Sciences of İhsan Doğramacı Bilkent University by SEDEN ODABAŞIOĞLU In Partial Fulfilment of the Requirements for the Degree of DOCTOR OF PHILOSOPHY in THE DEPARTMENT OF INTERIOR ARCHITECTURE AND ENVIRONMENTAL DESIGN İHSAN DOĞRAMACI BİLKENT UNIVERSITY ANKARA June 2015 I certify that I have read this thesis and have found that it is fully adequate, in scope and in quality, as a thesis for the degree of Doctor of Philosophy in Interior Architecture and Environmental Design. --------------------------------- Assoc. Prof. Dr. Nilgün Olguntürk Supervisor I certify that I have read this thesis and have found that it is fully adequate, in scope and in quality, as a thesis for the degree of Doctor of Philosophy in Interior Architecture and Environmental Design. --------------------------------- Prof. Dr. Halime Demirkan Examining Committee Member I certify that I have read this thesis and have found that it is fully adequate, in scope and in quality, as a thesis for the degree of Doctor of Philosophy in Interior Architecture and Environmental Design. --------------------------------- Assist. Prof. Dr. Katja Doerschner Examining Committee Member I certify that I have read this thesis and have found that it is fully adequate, in scope and in quality, as a thesis for the degree of Doctor of Philosophy in Interior Architecture and Environmental Design. --------------------------------- Assoc. Prof. Dr. Sezin Tanrıöver Examining Committee Member I certify that I have read this thesis and have found that it is fully adequate, in scope and in quality, as a thesis for the degree of Doctor of Philosophy in Interior Architecture and Environmental Design.
    [Show full text]
  • ,論説 REVIEW ARTICLES Visualization of Color Order
    Japanese SooietySociety for the ScienceSoienoe of Design 研 究 論文 ,論説 REVIEW ARTICLES Received December 10,1997 ; Accepted June 6,1998 535.61 535.649 ー 色 の 世 界 の ビ ジ ュ ア ラ イ ゼ シ ョ ン Visualization of Color Order ● 時 長 逸 子 ● 荒 生 薫 岡 山 県 立 大 学 岡 山 県 立 大 学 Tokinaga Itsuko Arou Kaoru O んαツα 1η α Prefecturα l Ohay α m α Prefeeturα l University University ● Key words : Color Order , Color Order System . Color Notation 要 旨 1,は じ め に 色 に は 、顔料 あ る い は 染 料 と し て の 物 質 性 と 文 化 的 に 関 わ っ 色 の 世界 を 表 わ す た め に 我 々 が 用 い る の は ,民 族 固有 の 言 語 ‘’ て き た 象徴性 と い う二 面 が 存 在 す る。例 え ば 、赤 を 意 味 す る 言 に よ る 表 現 と ,色 相 ,明 度 ,彩 度 と い っ た 専 門 用 語 に よ っ て シ 葉 が 血 液 を表 す こ とが 多 い こ と か ら 、そ れ が 生 命 と い う シ ン ボ ス テ マ チ ッ ク に構 成 さ れ た 色 空 間 と して の 表 現 と が あ る。後 者 ル に 結 び つ き 、さ ら に 色 に 象徴 さ れ る と い う こ と が 言 わ れ て い は カ ラ ーオ ーダ ーと呼 ば れ て お り,か な り早 い 時期 に二 次 元 だ る 。ま た 、中 国 に お い て 、東西 南北 に そ れ ぞ れ 配 置 さ れ だ 四 象 け で は 表 現 で きな い こ と が 判 っ て い た 。 そ の た め 様 々 な三 次 元 は 春 秋 戦 国 時 代 後 に 、五 方 配 五 色 の 説 法 の 流 行 か ら青 龍 、白 虎 、 的展 開 を 行う こ と が 試み ら れ て きた の で あ る 。実試料 に よ っ て 朱雀 、玄 武 と い う 名 称 を 得 る [注 1]。中 国 の 宇宙 観 と し て 考 え 色 を 系統 的 に 表 す こ と が で き る よ う に な る と ,色 の 世 界 は よ り ー ー ー ら れ る こ れ ら の 配 置 は 循 環 を 表 し て お り 、方 位 と 色 と 生 物 に 綿 密 に 構 築 さ れ る よ う に な っ て い っ た カ ラ オ ダ シ ス テ 。 = = よ っ て 象 徴 さ れ る 。こ の 考 え 方 か ら は 方 位 色 生 物 の 図 式 が ム の 概 念 は こ の よ う な 背 景 か ら 生 ま 礼 実試 料 を シ ス テ ム に 従 っ 成 り立 ち 、お 互 い の 連 想 を 可 能 と す る 。 て 空 間 的 に 配 置 して 表 す カ ラ ーア トラ ス が 開 発 さ れ た 。ア トラ 一一 こ の よ うに 、色 と い う の は 「物 質 の 属 性 に す ぎ な い け れ ど ス の 存 在 は ,我 々 に そ の シ ス テ ム の 理 解 を 早 め る と い う点
    [Show full text]
  • Papers of Dr. Deane Brewster Judd
    INACTIVE - ALL ITEMS SUPERSEDED OR OBSOLETE Schedule Number: NC-167-75-001 All items in this schedule are inactive. Items are either obsolete or have been superseded by newer NARA approved records schedules. Description: The agency was approved to donate the records to other archival repositories. Date Reported: 1/2/2021 INACTIVE - ALL ITEMS SUPERSEDED OR OBSOLETE RE.QUi:ST' • AUTHORITY - .. LEAVE BLANK ' TO DISPOSE OF RECORDS DATE RECEIVED JOB./'1O. (See Instructions on Reverse) SEP2aa:, -N_'C -1 TO: GENERAL SERVICES ADMINISTRATION, 7-75 1 NATIONAL ARCHIVES AND RECORDS SERVICE, WASHINGTON, D.C. 20408 NOTIFICATION TO AGENCY - 1. FROM (AGENCY OR ESTABLISHMENT) In accordance with the provisions of 44 U.S. C. 3 303a the dis­ Department of Commerce posal request, including amendments, is approved except for items that may be stamped "disposal not approved" or "with­ 2. MAJOR SUBDIVISION drawn" in column 10. National Bureau of Standards I . 3. MINOR SUBDIVISION Records Management Office -4. NAME OF PERSON WITH WHOM TO CONFER 5. TEL. EXT. Philip V. Proulx 921-3895 6. CERTIFICATE OF AGENCY REPRESENTATIVE: I _h...e.rebv. certify that I am authorized to act for this agency in matters pertaining to the disposal of the agency's records; that the records proposed for disposal in this Reques06fK ~~) ore not now needed for the business of this agency or will not be needed after the retention periods specified. 8-6-74 Records Management Officer (Date) 9. 7. SAMPLE OR 10. ITEM NO. ( With Inclusive Dates or Retention Periods) JOB NO. ACTION TAKEN Papers of Dr. Deare Brewster Judd 1900-1972 These papers, from 1930s - 1972, are mostly re­ ference and research materials relating to color and vision, created, received, purchased or otherwise accumulated by Dr.
    [Show full text]
  • Effects of Light-Emitting Diode (Led) Lighting Color on Human Emotion, Behavior, and Spatial Impression
    EFFECTS OF LIGHT-EMITTING DIODE (LED) LIGHTING COLOR ON HUMAN EMOTION, BEHAVIOR, AND SPATIAL IMPRESSION By Heejin Lee A DISSERTATION Submitted to Michigan State University in partial fulfillment of the requirements for the degree of Planning, Design and Construction – Doctor of Philosophy 2019 ABSTRACT EFFECTS OF LIGHT-EMITTING DIODE (LED) LIGHTING COLOR ON HUMAN EMOTION, BEHAVIOR, AND SPATIAL IMPRESSION By Heejin Lee With the rapid advancement of light-emitting diode (LED) lighting technology, the use of colored LED lighting has increased tremendously. However, few studies have examined the actual effects of lighting color in interior spaces. The purpose of this study was to investigate the effects of six colors of LED lighting (i.e., red, green, blue, yellow, orange, and purple) (1) on occupants’ emotional states (i.e., pleasure and arousal) and behavioral intentions (i.e., approach or avoidance), and (2) on spatial impressions (i.e., cheerfulness, attractiveness, comfort, pleasantness, relaxation, and warmness/coolness) based on the Mehrabian and Russell’s M-R model (1974). Additionally, this study examined (3) the impact of socio-demographics (i.e., gender, age, and cultural background) on color preference of LED lighting. An experimental research project was conducted with 101 participants using a voluntary sampling method. The experiment measured participants’ emotional states, behavioral intentions, spatial impression, and color preference under six different colors of LED lighting. One-way Analysis of variance (ANOVA) and regression analysis were conducted to analyze the collected data. The results of the study demonstrated that LED lighting colors significantly affect people’s emotional states, behavioral intentions, and spatial impressions. Cultural differences in color preference of LED lighting was significant, whereas no significant differences in gender or age were identified.
    [Show full text]
  • Elemen Warna Dalam Pengembangan Multimedia Pembelajaran Agama Islam
    ELEMEN WARNA DALAM PENGEMBANGAN MULTIMEDIA PEMBELAJARAN AGAMA ISLAM Sigit Purnama • Abstract wtlrna adalah elemen penting dalam pengembangan multimedia pembelajaran. Pemilihan warna dalam pengembangan multimedia pembelajaran merupakan hal penting yang turut menentukan kelayakan sebuah program paket multime­ dia. Penggunaan warna yang sesuai dalam multimedia pembelajaran dapat membangkitkan motivasi, perasaan, perhatian, dan kesediaan siswa dalam be/ajar. Oleh karena itu, pemahaman yang baik dalam pemilihan warna sangat diperlukan bagi para pengembangan multimedia pembelajaran, termasuk multimedia pembelajaran Agama Islam. Pewarnaan terhadap unsur-unsur multimedia harus memperhatikan keserasian/ keselarasan (harmoni) warna. Unsur-unsur multimedia antara lain: teks, gam bar, latar belakang (background), dan symbol-simbol. Pewarnaan yang baik terhadap unsur-unsur tersebut dapat memberikan kesan yang kuat dan mempermudah mengingat bagi siswa terhadap materi-materi yang terkandung dalam multimedia pembelajaran. Keyword: warna, pengembangan, multimedia, pembelaja:ran PAl 'J Dosen Teknologi Pendidikan Fakultas Tarbiyah UIN Sunan Kalijaga Yogyakarta Elemen warna dalam pengembangan multimedia ... {Sigit Purnama) 113 A. Pendahuluan Warna adalah bagian dari keindahan. "Sesungguhnya Allah itu indah dan menyukai keindahan". Setiap orang secara alamiah menyukai sesuatu yang indah. Dalam mendesain produk-produk pembelajaran pewarnaan merupakan salah satu unsur yang sangat penting. Ia memberikan keindahan pada unsur-unsur visual yang ditampilkan. Pewarnaan
    [Show full text]
  • History of Color Systems
    APPENDIX A 1766 1810 1853 1868 1889 1905 1929 1947 1976 BC350 FIRE 1646 W 0.60 550 [ 570 William Benson Arthur Pope CIE L*u*v color system 590 British architect William Benson published 600 This is the double cone-shaped color The XYZ color system is A 650 History of Color Systems History of Color A feature in this chapter covering 500 DRY 0.50 700nm the Cube of Colors model in his work an excellent system for D50 solid devised by art teacher Pope. 15 D65 HOT Principles of the Science of Colour, likely C color circles omits a large number From above, it features 12 pure colors expressing individual 490 the first three-dimensional color system. 0.40 as in Itten’s work, but when viewed colors, but is not suited to EARTH A number of center axes intersect to form of other important color system from the side, it features a center expressing mutual color the interior of the solid. 10 differences. This is because 0.30 AIR achromatic axis in nine gradations The colors at the intersections are 480 diagrams, since the selection from white to black, numbered in physical color space does indicated on the periphery of the diagram. Charles Henry Albert Henry Munsell Hermann Günther Grassmann reverse of Munsell's scheme. The not appear uniform to the Moses Harris Despite a distant resemblance to the Henry's color circle placed black at the Art teacher Munsell divided color space into hue, 0.20 of illustrations focused on WET Otto Philipp Runge Grassmann's color circle developed Newton's color pure color equator is inclined in Julio Villalobos: PURE human eye.
    [Show full text]
  • Specification of Cartographic Layer Tinting Schemes for Color Graphic Monitors
    SPECIFICATION OF CARTOGRAPHIC LAYER TINTING SCHEMES FOR COLOR GRAPHIC MONITORS by Jaimie L. Bradbury A RESEARCH PAPER Submitted to THE DEPARTMENT OF GEOSCIENCES OREGON STATE UNIVERSITY In partial fulfillment of the requirements for the degree of MASTER OF SCIENCE October, 1990 Directed by Dr. A. Jon Kimerling TABLE OF CONTENTS ABSTRACT ............................................................. 1 PROBLEM STATEMENT .................................................... 1 LAYER TINTING SCHEMES ................................................ 2 COLOR SPECIFICATION SYSTEMS ......................................... 12 OBJECTIVES .......................................................... 24 PROCEDURES .......................................................... 25 ANALYSIS ............................................................ 45 CONCLUSION .......................................................... 54 REFERENCES CITED .................................................... 57 APPENDIXColor Model Conversion Algorithms ......................... 59 FIGURES Figure1 ElectromagneticSpectrum ..................................13 Figure2 CIEChromaticity Diagram ..................................18 Figure3 RGBColorModel...........................................20 Figure4 HSVColorModel...........................................21 Figure5 RGBColorModelRelated to HSV Color Model ................21 Figure6 HLSColorModel...........................................23 Figure7 HLSColorModelRelated to HSV Color Model ................24 TABLES Table 1 Early Layer
    [Show full text]
  • Munsell Color System, Company, and Foundation by Dorothy Nickerson
    Munsell Color System, Company, and Foundation by Dorothy Nickerson Contents Journal page Editor's Note ............................................................................................. 7 I. History of the Munsell Color Foundation 1942-1974. Reprinted from ISCC Newsletter, No. 234, 1975 II. History of the Munsell Color System and its Scientific Application ... 69 Reprinted from Journal of the Optical Society of America 30, (1940) III. History of the Munsell Color System .......................................... 121 Reprinted from Color Engineering 7, (1969) Reprinted from COLOR RESEARCH AND APPLICATION, Volume 1, 1976 for The Munsell Color Foundation, Inc. 1977 History of the Munsell Color System The Munsell Color Foundation is set up for the primary purpose of using Dorothy Nickerson its funds, subject to limitations imposed by the Internal Revenue Service, to Editor's Note: further the aims and purposes set forth The inauguration of the series of CR&A above. These purposes parallel those of Reports comes at a turning point in the roughly the ISCC very closely and so foster the 75-year history of association of the name close cooperation between the two Munsell with the field of color. Past chapters in bodies. In addition, the Munsell Color this history include Albert H. Munsell's Foundation, under its IRS development of the system which bears his classification, may acquire by gift, name, the formation of the Munsell Color donation, contribution, or otherwise, Company to market the samples and materials property and assets of every kind; and illustrating the Munsell System, the formation of give, contribute, or otherwise dispose the Munsell Color Foundation to direct the of property so acquired so long as any business and research of the Company, and most restrictions imposed on the gifts are recently the sale of the Company to the consistent with the purposes of the Kollmorgen Corporation, and the establishment Foundation.
    [Show full text]
  • 5 Colour Constancy
    Human colour perception. A psychophysical study of human colour perception for real and computer- simulated two-dimensional and three-dimensional objects. Item Type Thesis Authors Hedrich, Monika Rights <a rel="license" href="http://creativecommons.org/licenses/ by-nc-nd/3.0/"><img alt="Creative Commons License" style="border-width:0" src="http://i.creativecommons.org/l/by- nc-nd/3.0/88x31.png" /></a><br />The University of Bradford theses are licenced under a <a rel="license" href="http:// creativecommons.org/licenses/by-nc-nd/3.0/">Creative Commons Licence</a>. Download date 04/10/2021 11:53:02 Link to Item http://hdl.handle.net/10454/4304 1 Table of contents 1 INTRODUCTION .................................................................................................... 6 1.1 OVERVIEW OF THE FOLLOWING CHAPTERS......................................................... 8 2 PHYSIOLOGY OF COLOUR VISION .................................................................. 10 2.1 THEORIES OF COLOUR VISION ......................................................................... 15 3 COLOUR SPACES .............................................................................................. 17 3.1 INTRODUCTION ............................................................................................... 17 3.1.1 Arranging colour in a three-dimensional space......................................... 18 3.2 DEVELOPMENT OF THE CIE 1931 XYZ COLOUR SPACE.................................... 19 3.2.1 Metamers.................................................................................................
    [Show full text]