Professor
(School of Creative Science and Engineering)
Faculty of Science and Engineering(Graduate School of Creative Science and Engineering)
研究所員 2013-2018
プロジェクト研究所所長 2013-2017
プロジェクト研究所所長 2018-2022
研究所員 2018-
兼任研究員 2018-
Pacific Asian Association for Agent-based Approach in Social Systems Sciences secretary
Complex systems / Social/Safety system science / Social systems engineering/Safety system
Masashi Mura, Haruhiko Maenami and Shingo Takahashi
5th International Conference on Computational Social Science IC2S2 Peer Review Yes 2019-
Eriko Shimada, Shohei Yamane, Kotaro Ohori, Hiroaki Yamada, and Shingo Takahashi
PRIMA 2018, LNAI 11224 Peer Review Yes p.621 - 6292018-
Eriko Shimada, Shohei Yamane, Kotaro Ohori, Hiroaki Yamada and Shingo Takahashi
JSAI-isAI AI-Biz2017 post-proceedings Peer Review Yes p.67 - 822018-
Ren Suzuki, Yoko Ishino and Shingo Takahashi
JSAI-isAI AI-Biz2017 post-proceedings Peer Review Yes 2018-
Osamu Matsumoto, Masashi Miyazaki, Yoko Ishino, Shingo Takahashi
Postproceedings of AESCS2015 Peer Review Yes 2017-
Go Yoshizawaa, Mineyo Iwaseb, Motoko Okumotoc, Keiichiro Taharad and Shingo Takahashi
Peer Review Yes 11(13) p.6277 - 63022016-
Masashi Miyazaki, Yoko Ishino, Shingo Takahashi
Postproceedings of AESCS2013 Peer Review Yes 2015-
Systems, control and information 58(7) p.267 - 2732014/07-2014/07
ISSN:09161600
Transactions of the Institute of Systems, Control and Information Engineers 27(7) p.290 - 2982014-2014
ISSN:1342-5668
Outline:Stakeholders of a complex agent-based model (ABM) need to understand and accredit the ABM, that contains the results of scenario analysis provided by ABM analysts, when we design management systems in an organization with social simulation. There are two problems for understanding and accrediting complex ABMs: (1) The results described by complex micro–macro dynamics often hinder the stakeholders from understanding the results by reading analysts'documents; (2) Most stakeholders adhere to find a difference between the reality itself and the ABM that consists of essential factors. We proposed a methodology that facilitates stakeholders to understand an ABM by playing a card game with adequate similarities to the ABM, and we confirmed whether the methodology can generate effective card games by having four preliminary experiments.
Daichi Yoshida, Jun-ichi Miyazawa and Shingo Takahashi
Technological Forecasting & Social Change Peer Review Yes (88) p.1 - 152014-
Yusuke Goto, Yosuke Takizawa and Shingo Takahashi
Advances in Comutational Social Science Agent-Based Social Systems Peer Review Yes 11p.279 - 2932014-
IEEJ Transactions on Electronics, Information and Systems 133(9) p.1701 - 17082013/09-2013/09
ISSN:03854221
Outline:The purposes of this paper are to build an agent-based model to explain knowledge dynamics in front office and conduct a scenario analysis for evaluating several functions of knowledge acquisition system as one of knowledge management instruments. Conventional agent-based analyses have tackled to some knowledge management problems in organizations. However they did not considered service characteristics when building their model. So we expressly model the characteristics of service co-creation processes between customers and service agents based on some findings in the field of service research. Finally our simulation with the model shows the possible changes of organizational productivity and customer satisfaction by using some scenarios, and then clarifies the reason that why the changes occurred by investigating agents' micro behaviors.
52(7) p.582 - 5872013/07-2013/07
ISSN:04534662
Kotaro Ohori, Mariko Iida and Shingo Takahashi
SICE Journal of Control, Measurement, and System Integration Peer Review Yes 6(2) p.108 - 1162013-
Yusuke Goto and Shingo Takahashi
Agent-Based Approaches in Economic and Social Complex Systems VII Peer Review Yes p.3 - 162013-
Abstracts of Annual Conference of Japan Society for Management Information 2012(0) p.179 - 1822012-2012
Outline:These days, many organizations have been paying increased attention to evaluation system to change the behavior of the workers. According to an official survey, about 20% organizations point out that "the result of evaluation cannot be accepted by workers" is a problem. In the research of equity, individuals compare the ratio of their outcome to input with others'. Recently various types of indices are commonly used in evaluation systems. This partly implies that the reason why the result of evaluation is hardly accepted lies in the difficulty of knowing others input. We focus on the difficulty of knowing others input, and analyze the effect of evaluation system on equity and organizational performance by using agent-based-social-simulation.
Abstracts of Annual Conference of Japan Society for Management Information 2012(0) p.183 - 1862012-2012
Outline:There are some research reports that promoting taking holidays with pay gives a positive impact on the economic system. The rate of holidays with pay taken by Japanese employees is remarkably lower than that in Europe and US. One reason of such a low rate in Japan is due to the working environment as organizational culture. We need to consider individual situations of organizations for exploring promotion policies of holidays with pay. In this study, using an agent-based model where agents select their actions based on the norm of the organization, we conduct simulation to examine the effectiveness of the policies for planned holidays with pay in different situations.
Abstracts of Annual Conference of Japan Society for Management Information 2012(0) 2012-2012
Outline:The purpose of this paper is to clarify the role of agent-based social simulation (ABSS) in a decision making process under uncertain and complex problem situations. It is too difficult to determine a common purpose of the stakeholders who have various concerns and values. Moreover we cannot easily identify the stakeholders who should be included in the decision making process. Conventional systems approaches are useful to explore purposes and to ensure fairness in the problem situations. In addition to the approaches, we try to introduce ABSS to support a policy making among various stakeholders in a specific organization. Consequently we reveal that ABSS is helpful to deal with the problem situations successfully.
Abstracts of Annual Conference of Japan Society for Management Information 2011(0) p.50 - 502011-2011
Outline:In the theme park, to reduce congestions of queuing at attractions many management policies such as information presenting board or priority tickets. There have been some researches trying to support park manager's decision making by applying agent-based simulation to analyze differences between management policies of presenting congestion information. Previous researches showed that the effectiveness of policies strongly depends on specific situations due to the uncetainty of the system essentially has. Then, we apply micro-dynamics analysis of the influence that the situation and agent's uncertainty have by focusing on micro behavior of agents, and try to support park manager's decision making.
Japanese Journal of Administrative Science 24(3) p.181 - 1962011-2011
ISSN:0914-5206
Outline:The purposes of this paper are to find users'innovations in the mountain climbing product market in Japan, then to identify the attributive and structural characteristics of innovating users who develop the users'innovations. It has been pointed out that manufacturers should utilize the users'innovations in their new product development processes. However there have been few cases that a manufacturer actually utilized users'innovations to develop a new product. This is partly because the manufacturer could not recognize the importance of utilizing the users'innovations or could not find users'innovations in the market. This paper shows mainly two results based on statistical analysis. First this paper shows that there exists a certain number of innovating users in the mountain climbing product market in Japan and some lead users who developed commercially successful products even though experts familiar with the market observed few innovating users. Second this paper identifies a formula to distinguish between innovating and non-innovating users. The results given in this paper provide manufactures with incentives to find and utilize users'innovations in their new product development processes.
Proceedings of the TRAFST Conference 2011(0) p.70 - 702011-2011
Outline:Recently various enterprises have been interested in "service" as a point of contact with customers. IT tools are introduced to support knowledge sharing in an organization for solving various customers' need to improve customer satisfaction. However it is difficult to formalize and share service knowledge. This study tries to verify the effectiveness of an organization performance by introducing the information systems for the knowledge search support in a service-oriented organization.
Abstracts of Annual Conference of Japan Society for Management Information 2010(0) p.74 - 742010-2010
Outline:Recent researches point out that companies could get competitive advantage if they focus on lead users(LU) of a market of concern, who are ahead of a market trend and have preferences to solutions to the needs found in the market. Though LU search methods are found to work for some specific cases, the reasens why the LU search method succeed or fail in finding LU are not clear yet. This paper proposes a method of searching LU and confirm its effectivity by using gaming simulation designed for needs and solution information diffusion among users community including LU.
Yusuke Goto and Shingo Takahashi
Postproceedings of Pacific Asia Association for Agent-Based Approaches to Complex Social Sytems Sciences Peer Review Yes p.87 - 982010-
S. Sakuma, Y. Goto, and S. Takahashi
Agent-Based Social Systems Volume 7 Peer Review Yes p.151 - 1632010-
高島大輔,高橋真吾,大野高裕
経営情報学会誌 Peer Review Yes 15(1) p.1 - 132006-
Yusuke Goto and Shingo Takahashi
The First World Congress of the International Federation for Systems Research p.138 - 1402005-
S.Takahashi and K.Ohori
NAACSOS Conference 2005-
高橋真吾,中村浩人
経営情報学会2005年度秋季全国研究発表大会予稿集 p.372 - 3752005-
高橋真吾,山田伸一
経営情報学会2005年度秋季全国研究発表大会予稿集 p.200 - 2032005-
高橋真吾,金丸大佑
経営情報学会2005年度秋季全国研究発表大会予稿集 p.6 - 92005-
高橋真吾,大堀耕太郎
進化経済学会論集第8集 2005-
高橋真吾,篠原章宏
LiMEシンポジウム研究発表論文集 p.27 - 302005-
高橋真吾,本泉俊一
計測自動制御学会第35回システム工学部会研究会資料 p.1 - 62005-
高橋真吾
計測と制御 44(3) p.2322005-
高橋真吾
経営情報学会誌 13(1) p.1 - 172004-
S.Takahashi
Applied General Systems Research on Organizations, p.81 - 962004-
G.Kim, D.Takashima, T.Ohno and S.Takahashi
Marketing Science Conference 2004-
S.Takahashi and Y.Goto
Proceedings of the 2004 NAACSOS Conference 2004-
S.Takahashi and Y.Goto
Proceedings of the Third International Workshop on Agent-based Approaches in Economic and Social Complex Systems(AESCS'04) p.89 - 962004-
高島大輔,高橋真吾,大野高裕
計測自動制御学会システム・情報部門学術講演会講演論文集 p.11 - 142004-
水主川嘉範,高橋真吾
経営情報学会2004年度秋季全国研究発表大会予稿集 p.486 - 4892004-
高橋真吾,水主川嘉範
研究・技術計画学会第19回年次学術大会講演要旨集 p.202 - 2052004-
高島大輔,高橋真吾,大野高裕
経営情報学会2004年度春季全国研究発表大会予稿集 p.212 - 2152004-
高橋真吾,田岡佑一郎
日本オペレーションズリサーチ学会2004年春季研究発表会アブストラクト集 p.284 - 2852004-
高橋真吾,後藤祐介
計測自動制御学会第32回システム工学部会研究会資料 p.13 - 182004-
S.Takahashi
NAACSOS Conference 2003-
高橋真吾
経営情報学会2003年度春季全国研究発表大会予稿集 p.340 - 3432003-
高橋真吾
計測自動制御学会システム工学部会論文集 p.23 - 282003-
高橋真吾
経営情報学会2002年度春季全国研究発表大会予稿集 p.276 - 2792002-
S.Takahashi
CASOS 2001 International Conference p.76 - 772001-
高橋真吾
計測自動制御学会システム・情報部門学術講演会講演論文集 p.121 - 1262001-
高橋真吾
経営情報学会2001年度春季全国研究発表大会予稿集 p.349 - 3522001-
高橋真吾
『社会組織のマルチエージェントシステム分析〜数理とシミュレーションからのアプローチ〜』システム工学部会・能工学部会共催研究会資料01PG0004 p.121 - 1262001-
高橋真吾
オペレーションズリサーチ p.73 - 782001-
高橋真吾
組織科学 34(2) p.59 - 682000-
高橋真吾
社会・経済システム 19p.46 - 542000-
U.S.Putro, K.Kijima and S.Takahashi
Systems Analysis Modeling Simulation 40(1) p.15 - 372000-
U.S.Putro,K.Kijima and S.Takahashi
IEEE Trans. of Systems,Man and Cybernetics ?Part A:Systems and Humans 30(5) p.562 - 5722000-
T.Inohara,S.Takahashi and B.Nakano
Applied Mathematics and Computation 115(2) p.23 - 412000-
U.S.Putro, K.Kijima and S.Takahashi
Proceedings of Asia Pacific Conference on Operations Research Society 2000-
松村良平, 中野文平, 猪原健弘, 高橋真吾
オペレーションズ・リサーチ(論文・研究レポート) 44(11) p.621 - 6261999-
U.S. Putro, K. Kijima and S. Takahashi
IEEE Systems, Man and Cybernetics Conference Proceedings IV p.260 - 2651999-
S.Takahashi,N.Hinago,T.Inohara and B.Nakano
IEEE Systems, Man and Cybernetics Conference Proceedings IV p.254 - 2591999-
高橋真吾
社会経済システム学会第8回大会予稿集 1999-
高橋真吾
経営情報学会1998年度春季全国研究発表大会予稿集 1999-
松村良平,中野文平,猪原健弘,高橋真吾
経営情報学会誌 7(3) p.65 - 781998-
T. Inohara, S. Takahashi and B. Nakano
Applied Mathematics and Computation 90(1) p.11 - 251998-
T.Inohara,S.Takahashi and B.Nakano
Applied Mathematics and Computation 90(1) p.1 - 91998-
R.Matsumura,B.Nakano,T.Inohara and S.Takahashi
Proceedings of The 3rd Workshop of International Institute for General Systems Studies p.124 - 1271998-
S.Takahashi
Proceedings of The 3rd Workshop of International Institute for General Systems Studies p.118 - 1231998-
日名子直崇,高橋真吾,猪原健弘,中野文平
経営情報学会1998年度春季全国研究発表大会予稿集 p.345 - 3481998-
高橋真吾
経営情報学会1998年度春季全国研究発表大会予稿集 p.157 - 1601998-
高橋真吾
進化経済学会論集第2集 2p.314 - 3221998-
高橋真吾
計測自動制御学会第10回自律分散システムシンポジウム資料 p.65 - 701998-
猪原建弘,高橋真吾,中野文平
経営情報学会誌,Vol.6,No.3,pp.41-60,1997 6(3) p.41 - 601997-
S.Takahashi
Advances in Systems Science and Applications, Special Issue, pp.483-488,1997 p.483 - 4881997-
S.Takahashi
Transactions of the Society for Computer Simulation International, 13(4) p.169 - 1781997-
T. Inohara, S. Takahashi and B. Nakano
J . of the Operational Research Society, No.48,pp.423-432,1997 (48) p.423 - 4321997-
T. Inohara, S. Takahashi and B. Nakano
Applied Mathematics and Computation, Vol.81, No.2,pp.221-244,1997 81(2) p.221 - 2441997-
T. Inohara, S. Takahashi and B. Nakano
The Fourth Conference of the Association of Asian-Pacific Operational Research,IFORS 1997-
高橋真吾
経営情報学会1997年度春季全国研究発表大会予稿集 p.61 - 641997-
猪原建弘,高橋真吾,中野文平
経営情報学会1997年度春季全国研究発表大会予稿集 p.141 - 1441997-
中野文平,高橋真吾,田中宏和
経営情報学会誌, Vol.4, No.4,pp.19-43,1996 4(4) p.19 - 431996-
T. Inohara, S. Takahashi and B. Nakano
The International Federation of Operational Research Societies 14th Triennial Conference 1996-
S.Takahashi
Proceedings of Sixth Annual Conference on Artificial Intelligence, Simulation and Planning in high Autonomy Systems 96p.275 - 2801996-
五十嵐幸雄,高橋真吾,中野文平
第22回計測自動制御学会システムシンポジウム講演論文集 p.75 - 801996-
高橋真吾
経営情報学会研究発表大会予稿集 p.209 - 2121996-
猪原建弘,高橋真吾,中野文平
経営情報学会研究発表大会予稿集 p.33 - 361996-
猪原建弘,高橋真吾,中野文平
社会情報システム学シンポジウム 1996-
S.Takahashi
Advances in Systems Science and Applications, Special Issue p.19 - 241995-
高橋真吾,中野文平,荒瀬雅子
経営情報学会誌 4(1) p.43 - 561995-
高橋真吾
経営情報学会ソフトシステム研究部会研究報告書 1995-
Takahashi Shingo
journal of the Japanese Society for Artificial Intelligence 30(4) p.429 - 4362015/07-2015/07
ISSN:21882266
TAKAHASHI Shingo
Journal of The Society of Instrument and Control Engineers 55(1) p.22 - 282016-2016
ISSN:0453-4662
TAKAHASHI Shingo
Journal of The Society of Instrument and Control Engineers 55(8) p.686 - 6912016-2016
Utsumi, Shintaro; Takahashi, Shingo; Ohori, Kotaro; Anai, Hirokazu
Proceedings - Winter Simulation Conference 2016-Februaryp.3134 - 31352016/02-2016/02
ISSN:08917736
Outline:© 2015 IEEE.Designing a signage system in complex and large-scale facilities such as airport passenger terminals, stations or shopping malls has a significant impact on usability of the facilities. Facility managers would like to provide appropriate guidance information to facility users by using a signage system. It is difficult, however, to create the signage system designed to provide the right information to various types of users in the right place at the right timing. This paper focuses on an airport terminal and develops an agent-based model that represents the behavioral characteristics of passengers and the essential features of signs. The simulation with the model can show possible passenger behaviors and congestion situations in the facility under many different types of signage systems. As the results, we can support the managers' decision to build the signage system before it is actually implemented.
Yoshizawa, Go; Iwase, Mineyo; Okumoto, Motoko; Tahara, Keiichiro; Takahashi, Shingo
International Journal of Environmental and Science Education 11(13) p.6277 - 63022016/08-2016/08
Outline:© 2016 The Author.A value-centered approach to science, technology and society (STS) education illuminates the need of reflexive and relational learning through communication and public engagement. Visualization is a key to represent and compare mental models such as assumptions, background theories and value systems that tacitly shape our own understanding, interests and interactions. Yet conventional approaches including concept mapping and multi-criteria value elicitation methods often have little suggestion or implication as to how participants themselves can address and deliberate the incompatibility of their perceptions, preferences and perspectives. This study proposes Q workshop as a legitimate eliciting and deliberation technique that can be employed in pluralistic discourse, exploring systematic divergences of perspective by constructing the participant‘s self in a formative, emergent and contingent manner. For this it introduces Q mapping as a novel visualization tool for the hybridity of qualitative and quantitative methods derived from Q methodology. Q mapping is a two-factor solution that transforms the similarities in participants’ individual Q scores into distances represented in two-dimensional space, for the sake of illustrating the relative positioning and partitioning of perspectives in a schematic figure. A case study on STS education for postgraduate students demonstrates that Q workshop can play a heuristic and abductive role in providing independent illumination of distinguishable perspectives and facilitating individual and collective learning among participants, suggesting a schematic two-dimensional basis for resolving the key differences.
Goto, Akinobu; Takahashi, Shingo; Ohori, Kotaro; Yamane, Shohei; Iwashita, Hiroaki; Anai, Hirokazu
Proceedings - Winter Simulation Conference p.3720 - 37212017/01-2017/01
ISSN:08917736
Outline:© 2016 IEEE. This paper proposes an agent-based simulation to analyze the effective resource allocation strategies for patrolling and inspection in consideration of urban network structures. A model of attackers and defend-ers is first formulated as "security game for urban networks." Then optimal security plans are calculated as Nash equilibria, supposing complete rationality of attackers behaviors. The "rational" security plans should be evaluated under more realistic conditions. So we provide an agent-based attacker model by ad-dressing bounded rationality of human behaviors to support decision making under complexity and uncer-Tainty. In particular, this paper mainly evaluates the effectiveness of security plans from the viewpoint of the structural characteristics of urban network, which can affect the route constrains for attackers. Our simulation shows the success rates of security with two types of urban networks and explains the reason why the results are generated through the investigation of attacker agents' micro behaviors in detail.
S.Takahsahi and Y.Goto
Agent-based Simulation, Springer2005-
Eds. S.Takahashi, K.Kijima and R.Sato
Springer2004-
S.Takahashi
Discrete Event Modeling and Simulation Technologies(H.S.Sarjoughian and R.E.Celler Ed.)2001-
飯島淳一,斎藤敏雄,松本敏民,佐藤 亮,池庄司英臣,旭 貴朗,高橋真吾,下川拓平,高原康彦
日科技連1997-
尾川丈一,白川初美,永田守男,國領二郎,横田絵里,中野文平,猪原健弘,高橋真吾,田中健次
日科技連1997-
訳者:柴直樹,佐藤亮,妹尾堅一郎,高橋真吾,田中健二,根来龍之,松本敏民,堀内 正博,本村秀樹
共立出版1996-
S.Takahashi and Y.Takahara
Springer Verlag1995-
Shingo Takahashi
2007-
2008-
Research Classification:
Simulation on Process of Knowledge Creation and Evolutionary Learning of Organizations with Shared InformationAllocation Class:¥3600000
Research Classification:
Study on Support System for User Innovation Exploitation Strategy of Firm2009-2011
Allocation Class:¥3430000
Research Classification:
Development of Systems Methodology for Decision Support of Design of Performance Evaluation System2009-2012
Allocation Class:¥19500000
Research Classification:
Agent-based approach analysis of coevolutionary adaptive process of consumers behavior and technology innovation2005-2007
Allocation Class:¥3730000
Research Classification:
Modeling and Simulation of Evolutionary Learning Processes of Organizations2002-2004
Allocation Class:¥2800000
Research Classification:
Development of Systems Methodology for Decision Support of Design of Performance Evaluation System2009/-0-2013/-0
Allocation Class:¥19500000
Research Classification:
Study on Agent Modeling Method Based on Consumer Survey Data for Social Simulation2014/-0-2018/-0
Allocation Class:¥15990000
Research Classification:
Analysis of Information Diffusion of User Innovation and its Application to Management Starategy2013/-0-2017/-0
Allocation Class:¥15210000
Research Classification:
Study on Support System for User Innovation Exploitation Strategy of FirmAllocation Class:¥3430000
Research Classification:
Agent-based approach analysis of coevolutionary adaptive process of consumers behavior and technology innovationAllocation Class:¥3730000
Research Classification:
Modeling and Simulation of Evolutionary Learning Processes of OrganizationsAllocation Class:¥2800000
2008
Research Results Outline:本研究の目的は,社会シミュレーションをマネジメントの意思決定支援に役立てるために実証研究と融合した方法論を開発するための基礎的試みを行うことである。本本研究の目的は,社会シミュレーションをマネジメントの意思決定支援に役立てるために実証研究と融合した方法論を開発するための基礎的試みを行うことである。本年は主に次のようなテーマに関する研究を実行した。1.業績評価システムにおける内発的動機付けモデルと...本研究の目的は,社会シミュレーションをマネジメントの意思決定支援に役立てるために実証研究と融合した方法論を開発するための基礎的試みを行うことである。本年は主に次のようなテーマに関する研究を実行した。1.業績評価システムにおける内発的動機付けモデルと情報共有化の分析2.非財務指標を考慮した業績評価システムの設計3.組織学習を促進する情報システムの評価と設計 まず,社会シミュレーションの方法が未だ確立していないことから,特に検証と妥当性評価および意思決定支援のためのツールの開発に集中して研究を行った。前者については業績[大堀他,2008]等により発表を行った。後者については,シナリオ分析の方法を意思決定支援に利用できるツールとして開発を試みて,それを業績評価制度の分析に応用した[後藤他,2009]。 また,概念的モデルに基づく分析[Sakuma et.al, 2008;佐久間他,2008]や,営業組織におけるバランストスコアカードの作成プロセスにおけるKPI指標の設計指針のモデルの開発とシミュレーション分析を行った[平澤他,2008]。 本研究の目的を達成するためには,社会シミュレーションの妥当なモデルの開発方法として,実証研究との融合をいかに行うかという課題も考えなくてはならない。そのため,実際にインタビューによる聞き取り調査やアンケート調査を行い,エージェントベースのモデルの構築に必要なパラメータの同定と各エージェントのタイプの同定を行い,実施にエージェントベースモデル開発して社会シミュレーションにより,代替案の不確実性下での有効性を検証する試みを行った[山本他,2008]。業績リストには掲載されていないが,新潟県庁における情報システムの導入に関わる問題点を実際に新潟県庁への聞き取り調査から明らかに,地方公共団体における情報システム導入時,実施時の問題を表現できるエージェントベースモデルを開発し,実際の問題状況を再現するとともに,これまで研究室で開発した組織学習の観点からの情報システムの導入指針に関する枠組みを利用して,再現した問題に有効な代替案を作成し,社会シミュレーションによりその効果を比較した。これにより,情報システムの導入を評価したい管理層に対する意思決定支援の具体的方法の全体を示したものである。
2018
Research Results Outline:本研究の目的は、学習主体の能動的な学習であるアクティブ・ラーニング(AL)を状況的アプローチにおける学習としてとらえ、状況的学習における学習行動のモデ本研究の目的は、学習主体の能動的な学習であるアクティブ・ラーニング(AL)を状況的アプローチにおける学習としてとらえ、状況的学習における学習行動のモデルを組織学習概念に基づいて構築することである。ALの学術的課題のひとつは、学習の評価と、それをプロ...本研究の目的は、学習主体の能動的な学習であるアクティブ・ラーニング(AL)を状況的アプローチにおける学習としてとらえ、状況的学習における学習行動のモデルを組織学習概念に基づいて構築することである。ALの学術的課題のひとつは、学習の評価と、それをプログラム改善につなげる方法論が確立していないことである。本研究で構築を目指すモデルでは、各学習者を個別に状況づけられた自律的なエージェントとして表現する。本年度は反転授業の評価モデルを構築した。その結果グループ人数は内部状態の変化のしやすさによる影響を大幅に上回る影響を及ぼしており,特に不安の関わる状況では6 人または4 人が有効であることがわかった。
2009/02-2010/02
Affiliation: ウィーン経済大学(オーストリア)
Course Title | School | Year | Term |
---|---|---|---|
Introduction to Industrial & Management Systems Engineering | School of Creative Science and Engineering | 2019 | spring semester |
Introduction to Industrial & Management Systems Engineering [S Grade] | School of Creative Science and Engineering | 2019 | spring semester |
Fundamentals of Systems | School of Creative Science and Engineering | 2019 | fall semester |
Fundamentals of Systems [S Grade] | School of Creative Science and Engineering | 2019 | fall semester |
Information Processing Systems Workshop | School of Creative Science and Engineering | 2019 | spring semester |
Information Processing Systems Workshop [S Grade] | School of Creative Science and Engineering | 2019 | spring semester |
Industrial and Management Engineering Seminar A | School of Creative Science and Engineering | 2019 | fall semester |
Industrial and Management Engineering Seminar A [S Grade] | School of Creative Science and Engineering | 2019 | fall semester |
Synthetic Experiments of Industrial and Management Sys.Eng. | School of Creative Science and Engineering | 2019 | spring semester |
Synthetic Experiments of Industrial and Management Sys.Eng. [S Grade] | School of Creative Science and Engineering | 2019 | spring semester |
Research Seminar A1 | School of Creative Science and Engineering | 2019 | spring semester |
Research Seminar A1 [S Grade] | School of Creative Science and Engineering | 2019 | spring semester |
Research Seminar A2 | School of Creative Science and Engineering | 2019 | fall semester |
Research Seminar A2 [S Grade] | School of Creative Science and Engineering | 2019 | fall semester |
Research Seminar B1 | School of Creative Science and Engineering | 2019 | fall semester |
Research Seminar B1 [S Grade] | School of Creative Science and Engineering | 2019 | fall semester |
Research Seminar B2 | School of Creative Science and Engineering | 2019 | spring semester |
Research Seminar B2 [S Grade] | School of Creative Science and Engineering | 2019 | spring semester |
Graduation Thesis | School of Creative Science and Engineering | 2019 | full year |
Graduation Thesis [S Grade] | School of Creative Science and Engineering | 2019 | full year |
Industrial and Management Engineering Seminar B | School of Creative Science and Engineering | 2019 | spring semester |
Industrial and Management Engineering Seminar B [S Grade] | School of Creative Science and Engineering | 2019 | spring semester |
Management Practicum in Japan | School of Creative Science and Engineering | 2019 | full year |
Management Practicum Abroad | School of Creative Science and Engineering | 2019 | full year |
Industrial & Management Systems Engineering Study Abroad Program | School of Creative Science and Engineering | 2019 | full year |
Applied Systems Thinking | School of Creative Science and Engineering | 2019 | spring semester |
Industrial and Management System Engineering Seminar (System Analysis) | School of Creative Science and Engineering | 2019 | fall semester |
Factory Visit & Internship | School of Creative Science and Engineering | 2019 | full year |
Master's Thesis (Department of Industrial and Management Systems Engineering) | Graduate School of Creative Science and Engineering | 2019 | full year |
Research on Systems Theory | Graduate School of Creative Science and Engineering | 2019 | full year |
Social System Modeling A | Graduate School of Creative Science and Engineering | 2019 | spring quarter |
Management Practicum in Japan | Graduate School of Creative Science and Engineering | 2019 | full year |
Management Practicum Abroad | Graduate School of Creative Science and Engineering | 2019 | full year |
Industrial & Management Systems Engineering Study Abroad Program | Graduate School of Creative Science and Engineering | 2019 | full year |
Applied Systems Thinking | Graduate School of Creative Science and Engineering | 2019 | spring semester |
Seminar on Systems Theory A1 | Graduate School of Creative Science and Engineering | 2019 | spring semester |
Seminar on Systems Theory A2 | Graduate School of Creative Science and Engineering | 2019 | fall semester |
Seminar on Systems Theory B1 | Graduate School of Creative Science and Engineering | 2019 | spring semester |
Seminar on Systems Theory B2 | Graduate School of Creative Science and Engineering | 2019 | fall semester |
Research on Systems Theory | Graduate School of Creative Science and Engineering | 2019 | full year |
Global Industrial and Management Systems Engineering | Graduate School of Creative Science and Engineering | 2019 | full year |