报告人：Hervé Panetto 院士

工作单位：洛林大学（法国）

报告题目：关于产品信息可追溯性分析的框架

报告时间：2023年4月27日（周四）14:30-15:30

报告链接：Teams Link

https://teams.microsoft.com/l/meetup-join/19%3aB4gmRcUATAMA2iJqi-xXvtfPFfTbxVJPxSW_pcAPBao1%40thread.tacv2/1638719716825?context=%7b%22Tid%22%3a%2222804ebb-30d5-47df-942f-f3a3722f0225%22%2c%22Oid%22%3a%2216a60c03-ad7a-4b85-a403-8ebd947e010c%22%7d  

内容摘要：

  为了面对有关环境的新法规指令，以及改善客户关系，企业必须在整个生命周期内提高管理他们产品信息的能力。本报告的目标之一是阐述如何处理产品生命周期中的可追溯性。为了实现这一目标，必须设计信息系统，并以这种方式记录所有有关产品的信息。 IEC 62264标准定义了通用的逻辑模型，用于在企业应用的业务和制造层面之间交换产品和过程信息。因此，它可以成为产品信息可追溯性的基础。然而，它的复杂性来自于它混合了概念和实现细节，同时没有方法论来定义如何将其实例化。 因此，产品可追溯性需要提高其抽象程度，以便集中于其概念，并通过提供实例化的方法来管理其应用。在本报告中，我们将IEC 62264标准模型映射到Zachman框架的特定视图中，以使该框架具体化，作为应用该标准的指南，并为信息系统设计中的主要参与者提供使用该标准进行追踪的方法。

个人简介：

  Hervé Panetto院士于1991年获得生产工程博士学位，现任洛林大学的企业信息系统教授，在TELECOM Nancy教授信息系统的建模和开发课程。Hervé Panetto院士是欧洲科学院成员及AAIA（亚太人工智能协会）会员，在2020年当选为IFAC法国国家成员组织（NMO）的主席，是AFNOR（法国国家标准化机构）、CEN TC310和ISO TC184/SC4和SC5的专家。Hervé Panetto院士致力于企业应用和流程互操作性的信息系统建模，包括信息系统建模、语义建模和挖掘以及数据库开发等，曾参与许多欧洲项目，包括IMS FP5-IST Smart-fm项目（由IMS授予）和FP6 INTEROP NoE（网络企业应用和软件的互操作性研究）。Hervé Panetto院士现任欧盟委员会、FNR、AERES和ANR在ICT领域的专家评估员，IFAC技术委员会9.3 智能城市的控制副主席，CoopIS系列会议总主席，《控制学年刊》、《工业计算机》、《国际计算机集成制造杂志》、《国际通用计算机科学杂志》、科学杂志《Facta Universitatis》、《机械工程》系列的编委会成员、《数字双胞胎国际杂志》（DTIJ）的顾问委员会成员、 国际智能制造杂志（JIM）、《Springer》的欧洲区域副主编以及企业信息系统（EIS）期刊、Taylor & Francis、IEEE物联网期刊、工业信息集成期刊（JIII）、人工智能的工程应用（EAAI）、SNCS期刊、《Springer Nature》的副主编，曾任巴西巴拉那大学科学无国界PVE项目的客座教授（2013-2015年），巴西库里蒂巴的UTFPR客座教授（2016年），IFAC技术委员会5.3 企业集成和网络 主席（2008-2014年），IFAC协调委员会5 制造和物流系统 的主席（2014-2020年）。Hervé Panetto院士是专著和国际期刊特刊的编辑或客座编辑，也是自动化工程、企业建模和企业系统集成和互操作性领域200多篇论文的作者或共同作者以及OTM/IFAC/IFIP EI2N年度研讨会 企业集成、互操作性和网络 的共同组织者，曾获2013年IFAC法国奖、2015年INCOSE杰出服务奖和2017年IFAC杰出服务奖。

                                           【编辑：王健】

英文版：

Academic Report Notice of Hervé Panetto : A framework for analysing product information traceability

Speaker: Professor  Hervé Panetto

Title: A framework for analysing product information traceability

Time: 14:30-15:30, April 27th, 2023 (Thursday)

Website: Teams Link

https://teams.microsoft.com/l/meetup-join/19%3aB4gmRcUATAMA2iJqi-xXvtfPFfTbxVJPxSW_pcAPBao1%40thread.tacv2/1638719716825?context=%7b%22Tid%22%3a%2222804ebb-30d5-47df-942f-f3a3722f0225%22%2c%22Oid%22%3a%2216a60c03-ad7a-4b85-a403-8ebd947e010c%22%7d 

Abstract: 

  In order to face new regulation directives regarding the environment and also for improving their customer relationship, enterprises have to increasingly be more able to manage their product information during the entire lifecycle. One of the objectives among others in this paper is to deal with product traceability along the product lifecycle. To meet this objective, the information system has to be designed and, further built in such a way all information regarding products is recorded. The IEC 62264 standards define generic logical models for exchanging product and process information between business and manufacturing levels of enterprise applications. Thus, it can be a base for product information traceability. However, its complexity comes from the fact it mixes conceptual and implementation details while no methodology exists that defines how to instantiate it. Product traceability is then needed to increase its abstraction level in order to concentrate on its concepts and managing its application by providing a methodology for its instantiation. In this paper, we propose to map the IEC 62264 standard models to a particular view of Zachman framework in order to make the framework concrete as a guideline for applying the standard and for providing the key players in information systems design with a methodology to use the standard for traceability purposes.

Personal Introduction: 

    Dr. Hervé Panetto is a Professor of Enterprise Information Systems at University of Lorraine. He teaches Information Systems modelling and development at TELECOM Nancy and conducts research at CRAN (Research Centre for Automatic Control), Joint Research Unit with CNRS where he is managing a research project on the use of neuro-symbolic AI for formalizing models related to the interoperability of cyber-physical-social systems. He is a member of the Academia European and a Fellow of the AAIA (Asia-Pacific Artificial Intelligence Association). He has been elected, in 2020, Chairman of the IFAC French National Member Organization (NMO). He received his PhD in production engineering in 1991. He has strong experience in information systems modelling, semantics modelling and discovery, and database development. His research field is based on information systems modelling for enterprise applications and processes interoperability, He is working on the cyber-physical systems smart interoperability with neuro-symbolic techniques and cognitive digital twins. He is expert at AFNOR (French National standardization body), CEN TC310 and ISO TC184/SC4 and SC5. He participated in many European projects including IMS FP5-IST Smart-fm project (awarded by IMS) and the FP6 INTEROP NoE (Interoperability Research for Networked Enterprises Applications and Software). He is serving as expert-evaluator for the European Commission, FNR, AERES and ANR in the domain of ICT. He was visiting Professor in 2013-2015 in the frame of a Science Without Borders PVE project with PUC Parana, Brazil and visiting Professor in 2016 at the UTFPR, Curitiba, Brazil. He is editor or guest editor of books and special issues of international journals. He is author or co-author of more than 200 papers in the field of Automation Engineering, Enterprise Modelling and Enterprise systems integration and interoperability. After being Chair of the IFAC Technical Committee 5.3 “Enterprise Integration and Networking” from 2008 to 2014 and Chair of the IFAC Coordinating Committee 5 on “Manufacturing and Logistics Systems” from 2014 to 2020, he is now Vice-Chair of the IFAC Technical Committee 9.3 “Control for Smart Cities”. He received the IFAC France Award 2013, the INCOSE 2015 Outstanding Service Award and the IFAC 2017 Outstanding Service Award. He is co-organizer of the yearly OTM/IFAC/IFIP EI2N workshop on “Enterprise Integration, Interoperability and Networking” and General Chair of the CoopIS series of conferences. He is member of the Editorial Board of the Annual Reviews in Control, Computers In Industry, the International Journal of Computer Integrated Manufacturing, the International Journal on Universal Computer Science, the scientific journal Facta Universitatis, series Mechanical Engineering, member of the Advisory Board of the Digital Twin International Journal (DTIJ), and a Regional Associate Editor Europe of the international Journal of Intelligent Manufacturing (JIM), Springer, Associate Editor of the Enterprise Information Systems (EIS) journal, Taylor & Francis, the IEEE Internet of Things Journal, the Journal of Industrial Information Integration (JIII), Elsevier, the Engineering Applications of Artificial Intelligence (EAAI), Elsevier, and the Journal SN Computer Science (SNCS), Springer Nature.

                                                                                                                                     [Editor:Jian Wang]