from "Highly Attracted" publications
注目度が高い研究成果から
Protein Interaction Networks
タンパク質相互作用ネットワーク
I proposed a novel method for analyzing large scale complex networks and this method has applied to analyze protein interactions in yeast then prevail hidden structures and also my method can discover drug-targeting proteins
私は大規模ネットワークを解析する方法を提案しました．この方法は酵母のタンパク質ネットワークの解析に応用され，複雑な構造に内在していた「秩序」が発見されました．また私の方法は製薬の標的タンパク質の発見方法としても有用なことが示されました．
Create a computational life in PC
"生命体"をコンピュータ内に創発させる
I proposed computational chemistry and by using it, I succeeded to create computational living systems in PC; they evolve themselves from single cells to multi-cell and can adjust to environmental change. And also I can implement chemically this system by using "real" DNA molecules... it may not be an Artificial Life but Real Life.
私は計算機内に化学反応系をつくり，そのなかに生命体を創発させることに成功しました．この生命体は自ら単細胞から多細胞へと進化を行いさらに環境の変動に対して適用します．私はさらにこのモデルをDNA分子により化学的に実現しました...これはもうArtificial Lifeではなく，Real Lifeといえるかもしれません．
Abstract Rewriting System on Multisets, ARMS
a model of Chemical Reactions
ARMS計算モデル, 化学反応の計算モデル
I proposed a computational model, Abstract Rewriting System on Multisets, ARMS as an abstract model of Chemical Reactions. This model is based on Computational Algebra and Physical Chemistry. Also ARMS a computational expression of the philosophy of Minakata Kumagusu, Japanese Naturalist. He is a monster, published 51 papers in Nature. ARMS did a simulation of Belouzov-Zhabotinsky reaction by using the symbol rewritings and made a "boom" of BZ reaction in Computational Algebra and in some PhD thesis treated ARMS (in EU).
化学反応の計算モデルとして計算代数と物理化学を基礎としたARMS計算モデルを提案しました．この計算モデルは南方熊楠(51本の論文をNatureで発表した知の巨人）の哲学の計算論的な表現になっています．ARMSの研究の当初，Belousov-Zhabotinskii反応という非線形化学反応を"文字書き換え”でシミュレーションしたのが注目され，計算代数でBZ反応が流行したり，ARMSを基にした博士学位論文（欧州）が書かれたりしています．
Tactile Score / Tactileology
for creating Nature Computing model by using Tactile language
触譜および触覚学
触覚による自然計算系の構築
I and professor Masami Hagiya (Tokyo Univ.) have found a research group of Natural Computing in JSAI: and I've considered "what is Nature + Computing" then proposed computerized nature by the algorithm; the universal language in Nature is the tactile sense, so we proposed the Tactile Score. Tactile Score is a breakthrough to open up novel research area "Tactileology".. Please see "Mission" below
人工知能学会に自然計算の研究グループを東大の萩谷教授と立ち上げ，自然と計算について考えてきました．私は自然のアルゴリズムによる計算系化を提案しています．自然の共通言語は「触覚」なので，触覚を記述するための「触譜」を提案しています．触譜がブレークスルーとなり「触覚学」という研究分野が拓かれました．
”ミッション（日本語）”で解説しています．ご覧ください
Proto-Computation and Proto-Life Workshop
from Workshop of Astrobiology of NASA
at Harvard Univ
NASA宇宙生物学ワークショップでの講演から
"Yasuhiro Suzuki, a Professor at Nagoya University, presented how he uses natural patterns to develop computational algorithms simulating translation machinery and metabolic pathways." (from NASA Astrobiology Web page)
上述した「生命の起源」の計算モデルについてNASA 宇宙生物学が主催のワークショップ(ハーバード大）での講演．この話題は時を経ても興味をもっていただけるようです．
「ハーバード界隈ではしばらく，君のモデルの話でもちきりだったよ」と後から言われました．嬉しくも恐縮．
Art by Algorithm
New Scientist
進化する絵画, New Scientist誌で紹介
"A computer algorithm that modifies images by mimicking the rules of natural selection can work with people to evolve novel works of art"
https://www.newscientist.com/article/mg22329793-800-art-by-algorithm-computer-evolves-new-artworks/#ixzz6Mnxgwc1q"プロの漫画家でもあった大学院生のSさんと，進化的アルゴリズムにより絵画を進化させる試みを行なった．この研究はNew Scientist(英国)以外にも，フランスの雑誌からの取材もあり，また「アートに対する挑戦」として，知らないうちに小さな論争になっていたりした．．
Abstract Rewriting System on Multisets
抽象化学系
An artificial chemistry is a chemical-like system that usually consists of objects, called molecules, that interact according to rules resembling chemical reaction rules. Artificial chemistries are created and studied in order to understand fundamental properties of chemical systems, including prebiotic evolution, as well as for developing chemical computing systems. Artificial chemistry is a field within computer science wherein chemical reactions—often biochemical ones—are computer-simulated, yielding insights on evolution, self-assembly, and other biochemical phenomena. go to WikiPedia
大学院生の時に提案した化学反応の抽象計算モデル Abstract Rewriting System on Multisets ですが... AROB そしてALife Vという日本で開催された人工生命の国際会議で発表して以来飽かずにコツコツと基礎からつくってきました．
MISSION
Computerize Nature by Algorithm
Q. What is an algorithm?
A. The Cambridge Dictionary said that "a list of instructions for solving a problem."
In other words, it is a "procedure ... a list of instructions" for solving the problem.
For example, cooking recipes are algorithms. the Toothbrushing algorithm
1. Prepare toothpaste,
2. Brush your teeth,
3. Rinse your mouth.
Programming is "changing the procedure", for example
Programming of the Toothbrushing algorithm
3 rinse your mouth,
1 Prepare toothpaste,
2 brush your teeth,
the calculation is over with "bubbles in the mouth".
The point is... when you run these algorithms, you always have a refreshing feeling in your mouth,
Or the state that the mouth covered with bubbles reproduced.
It is "ridiculously amazing".Algorithms are magic Algorithms can re-create the same phenomenon in nature. Japanese chef Kimio Nonaga won the grand champion by defeating all the "iron chefs." of French, Chinese and Japanese. Familiarity with his algorithm(recipe), in principle, many amateurs will be able to cook food "quality" similar to the iron chef.
If you can find an algorithm that creates a "healthy state," you can create a healthy state. An algorithm that makes people "impress", you can be repeatedly impressed, It is finding an algorithm that cures intractable diseases such as dementia, we may shed light on the treatment of intractable diseases.
Q. What does nature mean to "become a computing system"? A. Making nature a "system that operates with algorithms". for this purpose, we should;
1. Find a "natural programming language",
2. Perform trial and error in the "programming language".
3. Obtain an algorithm that controls the natural system.The first point is to "find a programming language to control nature". A "programming language" is a "language" in which you can control your opponent. For example, if your opponent is a child who loves games and doesn't like studying, "Game" is the language in which you can control your opponent. No matter how much "reference book" or "scribbles" is input to such a child, it does not work. A learning game must be a "promising" as a programming language "for controlling the child." We can "program" by designing the difficulty of the game.
Q. What is a "programming language" common to natural systems?
A. It is the Tactile Sense. Tactile sensation is a "universal language" in Nature such as substances, viruses, animals, plants and even people.
Hence, we have proposed the Tactile Score, a tactile language for programming nature.
We have developed "computerize nature project, Tactileology" in Medical Science, Healthcare, Music Industry and so on based on Tactile Score.Q. "Tactile Score", what brings about?
Answer
1. A new academic fields, Tactileology were born and are growing
The Tactileology Society Japan and Tactileolgy Association Japan have launched.
2. Social implementation / New industry was born and is growing
Beauty / Medical, Music / Entertainment, Inclusive design (braille transcription)3. A new field of culture and art emerges
Video / Performance,Celebration-Japan-Poland Contemporary Art Exhibition,
SHOKKAKU 2019
4. Kansei / tactile artificial intelligence has established
AI that operates with sensitivity rather than language and logic
New technology development and commercializationミッション
アルゴリズムで自然を”コンピュータ”にする
Q. アルゴリズムとは？
A. " a list of instructions for solving a problem"(ケンブリッジ英語辞典）
アルゴリズムとは問題を解決するめの「手順」のこと． 料理のレシピはアルゴリズム，歯磨きだってアルゴリズム.
歯磨きのアルゴリズム
1. 歯磨きペーストを準備
2. 歯を磨く
3. 口をすすぐプログラミングとは「手順を入れ替えること」．
歯磨きを「プログラミング」
3 口をすすぐ
1 歯磨きペーストを準備
2 歯を磨く
このアルゴリズムでは「口のなかが泡まみれ」になって計算終了．
アルゴリズムは魔法の呪文 アルゴリズムは魔法の呪文，何度でも同じ自然現象を再現可能
野永喜三夫さんは["料理の鉄人"]ですべての鉄人を破ったグランドチャンピオン.
野永さんの料理のアルゴリズム（レシピ）に習熟すれば， ”鉄人”に近い料理を再現できる．
もし、 「健康」のアルゴリズムがあれば，健康を維持できる．
「感動」のアルゴリズムがあれば，より感動を届けられる，
認知症などの難病を治すアルゴリズムがみつければ， 難病の治療に光が差すかもしれない．
Q. 自然をコピュータにする？いったいどうするの？
A. たとえば，"勉強嫌いのお子を”アルゴリズムでコンピュータ”にする．
方法
1. そのお子さんとコミュニケーションをとれる”共通言語”をみつける
2. その”共通言語を通して，お子さんに手順：アルゴリズムを与える
3. お子さんの活動(計算結果)をみながら，手順を換えていく(プログラミング)
1. 共通言語をみつける もしその子が「ゲーム大好き」ならば，”ゲーム”が共通言語になる. 参考書ではなく”学習ゲーム”などが共通言語の有力候補．
2. お子さんにアルゴリズムをあたえる 例えば，学習ゲームの”難易度の順番”が”アルゴリズム”になる
3. プログラミングする 成績・集中できる時間の変化に応じて，ゲームの難易度の順番を替える．
認知症のような難病，新型コロナウィルスのような感染症でも
「やりかたは，まったくおなじ」
Q. 自然系の「共通言語」とは？ A. それは”触覚”．
触覚は物質，ウィルスなどの物体，動植物や人間に共通する「言語」．
自然にアルゴリズムを与えるための言語，それが「触譜」
触譜とは自然をコンピュータ化するための”プログラミング言語
What is the Tactile Score?
describe method to a "melody" of tactile sense
Q. 「触譜」ができてどうなった？
Answer
1. あたらしい学術分野の創成
2. 社会実装臨床医療，美容，インクルーシブデザイン（点字触譜）3. 触覚のアートへの応用4. 感性・触覚人工知能言語・論理でなく感性で動作するAIPortfolio
No hay caminos, hay que caminar
Tactile Music ... music for "skin"
音になった触覚
collective works, sonification of tactile sense
触覚音楽の作品集です
Music for skin, (by Yasuhiro Suzuki) I have composed music not for ears but skin; all works transformed from something in nature or man-made things: everything (audio, visual) media turned into a Tactile Score, T.S: and the T.S. transformed into sounds: in some of the works include haptic vibrations in the background, so you can enjoy it not only listening but also touching ... touch the speaker unit ;-)
サウンドクラウド（soundcloud フリーの音楽サイト）には自然・社会・歴史的演説・などなどから抽出された「触覚」をそのまま音に変換した，触覚音楽があります．スマッシュ!ヒット（笑）は，競馬の実況中継の触覚，から制作したKEIBAです．この楽曲は英国のレコード会社からプロモーション契約を依頼されたこともありました ;-)
the history of tactile score (short movie)
Toward the Tactile Score, by Y. Suzuki, this work shows how the Tactile Score has been obtained. From massage to the tactile score; this short movie illustrates the brief history of the "tactile score". このショートムービーではマッサージから触譜（マッサージや触覚を記述するためのノーテーション）に至ったかの歴史がまとめられています。
Creating Tactile Score from a Japanese Old Tale, "Tale of Heike"
ACM Digital library _ CHI2014 we extract tactile sense from an Old Japanese tale, the tale of Heike and describe it by using Tactile Score and we generate music and haptic vibration by transforming from the Tactile Score
Creating Tactile Score from a Poem
Matchatria is an art performance project by Yui Kawaguchi and Yoshimasa Ishibashi; we transform a poem to Tactile Score and retransform from Tactile Score to haptic vibration waves and music.
SENSONIC ... haptic vibration designed by Tactile Score
Hand massage is the art of tactile engineering, it has several thousand years history, but we can not massage thousands of people in parallel; hence we have developed a method to convert Tactile Score into Haptic Vibration, SENSE + SONIC = SENSONIC
Beauty Treatment by SENSONIC
We have proposed SENSONIC, which is a highly designed haptic vibration wave composed of Tactile Score. We produced beauty equipment by using SENSONIC and did a demonstration at the event, Niconico Chokaigi https://www.chokaigi.jp/
Society Implementation ... "Branding" Beauty Treatment Shop
Tactile Sense is irreducible and essential but almost has ignored; implement research activities of tactile sense into society is the most important; I have been "branding" beauty treatment based on primary research of tactile sense as FaceTherapie(TM): in order to create "the brand", I have been working as a photographer, designer, movie maker ... (this photograph is one of my artwork).
Shokkaku 2019
29-30, 2019 at Kyoto University JAPAN
We have developed various tactile/haptic techniques and new media: in Shokkaku 2019, we collaborate with cutting edge artists and explore the future based on Tactileology.
I was planning and producing this event.
Published books
from books I published or edited
Computational Aeshetics
The first-ever book to explore the value of tactile sense studies for ergonomic engineering
The essence of natural computing is aesthetics; for example, in cooking, one of the most common forms of natural computation, the decision to add salt, and how much, is based on the aesthetics of taste. Because touch perception is instinctively related to a sense of beauty, the aesthetics of tactile sense are considered as algorithms by using the Tactile Score, which encodes tactile sensation. This book will appeal not only to researchers of natural computing or aesthetics, but also those working in ergonomic design, haptic-Kansei engineering, philosophy, design and art.
Tactile Score,
This book deals with one of the most novel advances in natural computing, namely, in the field of tactile sense analysis. Massage, which provides relaxation and stimulation for human beings, is analyzed in this book for the first time by encoding the motions and tactile senses involved. The target audience is not limited to researchers who are interested in natural computing but also includes those working in ergonomic design, biomedical engineering, Kansei engineering, and cognitive science.
Computational Aesthetics: from Tactile Score to Sensory Language in "Pervasive Haptics,
Based on General Computational Science GCS, Aesthetics is the core of computation; in this book we consider GCS and propose the Computational Aesthetics which is not relating to prior considerations by Barkov or Kawamoto
ファセテラピーメソッド
(春秋社)
FaceTherapie Method
Yasuhiro & Rieko Suzuki
From "BOOK database Japan" this book introduce amazing method of beauty treatments, it can dramatically improve your skin condition by hands massaging.
--> I did write book with R. Suzuki and took photographs, did book design
Natural Computing
yasuhiro SUZUKI
(to be published, in JPN)
General Computation Science, GCS is proposed by this book. GCS is based on natural science philosophy by Kumagusu Minakata; in this book based on his philosophy, the concept of "computation" is newly defined (expansion of Turing's definition) then mathematical framework and computational model, Abstract Rewriting System on Multisets, ARMS is proposed.
Creating novel Aesthetics
Fuminori Akiba (in JPN)
Our Research activities in Natural Computing, (Harness computing), Tactile Score, etc are introduced. I did design the cover of this book; the graphic of the book is the scientific visualization (related to the Lotoka-Volterra equations). He proposed novel Aesthetics based on our "Harness computing".
Education
CV
Japan Advanced Institute of Science and Technology
Theoretical Computer Science, (Master degree)
Japan Advanced Institute of Science and Technology:JAIST (北陸先端科学技術大学院大学, hokuriku sentan kagaku gijutsu daigakuin daigaku) is a postgraduate university in Japan, established in 1990.JAIST found in the center of Ishikawa Science Park (ISP). It located in the south of Kanazawa City. JAIST has various programs of advanced research and development in science and technology.
Kyoto University
Informatics, Doctor of Philosophy (Ph.D.)
Kyoto University (京都大学 Kyōto daigaku), or Kyodai (京大 Kyōdai) is a national university located in Kyoto, Japan. It is the second oldest Japanese university,[4] one of the highest-ranked universities in Asia and one of Japan's National Seven Universities. One of Asia’s leading research-oriented institutions, Kyoto University is famed for producing world-class researchers, including ten Nobel Prize laureates, two Fields medalists and one Gauss Prize. The university has been consistently ranked as the second-best institute in Japan since 2008 in various independent university ranking schemes.
Experience
CV
School of Informatics and Science, Nagoya University
associate professor 2005 - Present
Assoc. Prof. of Department of Complex Systems Science, Chairman of Special Interest Group of Natural Computing, Japanese Society of Artificial Intelligence.
School of Design and Architecture, Nagoya City University
adjunct lecturer 2006 - 2019
I am teaching the theory of the medium, in this lecture, I try to explain "tactile score" as a novel medium for non-verbal communications
National Institute of Science and Technology Policy
Investigator 2002 - Present
review and explore, potential areas of science and technology in Japan and world
Graduate School of System Design and Management, Keio University
Researcher 2012 - 2014
We have developed "very exciting ;-)" systems that evoke a tactile sense
Advanced Telecommunications Research Institute International
researcher 2003 - 2005
Human Information Science Lab; I have developed a model of a chemical system
Medical Research Institute, Tokyo Medical and Dental University
research associate 1997 - 2005
I have developed medical engineering systems (image processing for diagnoses congenital disability, VR operation system for brain cancer, Medical Expert system), Systems biology (specificity of protein-protein networks) and Artificial Life (computational model of the origin of life).
