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Managing Information Flows for Product-Service Systems Delivery

C. Durugbo
School of Applied Sciences, Cranfield University, Cranfield, United Kingdom

A. Tiwari
School of Applied Sciences, Cranfield University, Cranfield, United Kingdom

J.R. Alcock
School of Applied Sciences, Cranfield University, Cranfield, United Kingdom

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Ingår i: Proceedings of the 2nd CIRP IPS2 Conference 2010; 14-15 April; Linköping; Sweden

Linköping Electronic Conference Proceedings 77:46, s. 365ä-370

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Publicerad: 2012-10-11

ISBN: 978-91-7393-381-0

ISSN: 1650-3686 (tryckt), 1650-3740 (online)

Abstract

The delivery phase is an integral part of the product-service system (PSS) approach that requires interactions involving the external and internal flow of information. Managing information flows for a company that adopts the PSS approach is therefore important to understanding interactions between manufacturers and customers during the delivery of a PSS.

The purpose of this paper is to use literature to identify the main approaches for managing information flow during PSS delivery. This paper plans to contribute to knowledge by: analysing the main approaches for managing information flow during the delivery phase and; making recommendations for future research.

Nyckelord

Product-service systems; information flow modelling; communication; organisation; collaboration

Referenser

[1] Baines; T.; Lightfoot; H. W.; Evans; S.; Neely; A.; Greenough; R.; Peppard; J.; Roy; R.; Shehab; E.; Braganza; A.; Tiwari; A.; Alcock; J. R.; Angus; J. P.; Bastl; M.; Cousens; A.; Irving; P.; Johnson; M.; Kingston; J.; Lockett; H.; Martinez; V.; Michele; P.; Tranfield; D.; Walton; I. M.; Wilson; H.; 2007; The state-of-the art in Product Service Systems; Proceedings of the I MECH E Part B Journal of Engineering Manufacture; 221(10); pp. 1543-1552.

[2] Durugbo; C.; Tiwari; A.; Alcock; J.R.; 2009; An Infodynamic Engine Approach to Improving the Efficiency of Information Flow in a Product-Service System in Proceedings of the 1st CIRP IPS2 Conference; 107-112.

[3] Braman; S.; 1989; Defining information: An approach for policymakers; Telecommunications Policy; 13(3); pp. 233-242.

[4] Demiris; G.; Washington; K.; Oliver; D.P.;Wittenberg-Lyles; E.; 2008; A study of information flow in hospice interdisciplinary team meetings; Journal of Interprofessional Care; 22 (6); pp. 621- 629.

[5] Berente; N.; Vandenbosch; B.; Aubert; B.; 2009;Information flows and business process integration; Business Process Management Journal; 15 (1); pp. 119-141.

[6] Howells; J.R.; 1995; Going global: The use of ICT networks in research and development; Research Policy; 24 (2); pp. 169-184.

[7] Aoyama; Y.; Ratick; S.J.; Schwarz; G.; 2005; Modeling the impact of business-to-business electronic commerce on the organization of the logistics industry; Geographical Analysis; 37 (1); pp. 46-68.

[8] Mash; B.J.; Mayers; P.; Conradie; H.; Orayn; A.; Kuiper; M.; Marais; J.; 2008; How to manage organisational change and create practice teams: Experiences of a South African primary care health centre; Education for Health: Change in Learning and Practice; 21 (2); art. no. 132.

[9] Dawood; N.; Akinsola; A.; Hobbs; B.; 2002; Development of automated communication of system for managing site information using internet technology; Automation in Construction; 11 (5); pp. 557-572.

[10] Blackburn; N.; 2001; Building bridges: towards integrated library and information services for mental health and social care; Health information and libraries journal; 18 (4); pp. 203-212.

[11] Wamba; F.; Boeck; H.; 2008; Enhancing Information Flow in a Retail Supply Chain using RFID and the EPC Network: A Proof-of-Concept Approach; Journal of Theoretical and Applied Electronic Commerce Research; 3(1); pp. 92-105.

[12] Gavirneni; S.; Kapuscinski; R.; Tayur; S.; 1999; Value of information in capacitated supply chains; Management Science; 45 (1); pp. 16-24.

[13] Stapel; K.; Schneider; K.; Lübke; D.; Flohr; T.; 2007; Improving an industrial reference process by information flow analysis: A case study; Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics); 4589 LNCS; pp. 147-159.

[14] Loos; P.; Allweyer; T.; 1998; Application of production planning and scheduling in the process industries; Computers in Industry; 36 (3); pp. 199- 208.

[15] Pras; A.; Schönwälder; J.; 2003; On the Difference between Information Models and Data Models; IETF RFC 3444; Jan. 2003; online at: www.rfceditor. org/rfc/rfc3444.txt . accessed 15 August 2009

[16] Smith; G.; Stoker; G.; Maloney; W.; 2004; Building social capital in city politics: Scope and limitations at the inter-organisational level; Political Studies; 52 (3); pp. 508-530.

[17] Tarhule; A.A.; 2007; Climate information for development: An integrated dissemination model; Africa Development; 32 (4); pp. 127-138.

[18] Manecke; N.; Schoensleben; P.; 2004; Cost and benefit of Internet-based support of business processes; International Journal of Production Economics; 87 (3); pp. 213-229.

[19] Kehoe; D.F.; Little; D.; Lyons; A.C.; Measuring a company IQ (1992) IEE Conference Publication; (359); pp. 173-178.

[20] Iskanius; P.; Helaakoski; H.; Alaruikka; A.M.; Kipinä; J.; 2004; Transparent information flow in business networks by using agents; IEEE International Engineering Management Conference; 3; pp. 1342- 1346.

[21] Becker; J.; Beverungen; D.F.; Knackstedt; R.; 2009; The challenge of conceptual modeling for productservice systems: status-quo and perspectives for reference models and modeling languages; Information Systems and e-Business Management; pp. 1-34.

[22] Cherbakov; L.; Galambos; G.; Harishankar; R.; Kalyana; S.; Rackham; G.; 2005; Impact of service orientation at the business level; IBM Systems Journal; 44 (4); pp. 653-668.

[23] Mont; O.; 2004; Reducing life-cycle environmental impacts through systems of joint use; Greener Management International; (45); pp. 63-77.

[24] Kerr; C.I.V.; Phaal; R.; Probert; D.R.; 2008; Technology insertion in the defence industry: A primer; Proceedings of the Institution of Mechanical Engineers; Part B: Journal of Engineering Manufacture; 222 (8); pp. 1009-1023.

[25] Tukker A; 2004; Eight types of product-service system: eight ways to sustainability? Experiences from SusProNet; Business Strategy and the Environment; 13(4); pp. 246-260.

[26] Malecki; E.J.; 2002; Hard and soft networks for urban competitiveness; Urban Studies; 39 (5-6); pp. 929-945.

[27] Durugbo; C.; Tiwari; A.; Alcock; J.R.; 2010; Survey of Media Forms and Information Flow Models in Microsystems Companies in Camarinha-Matos; L. M.; Pereira; P.; Ribeiro; L.; (eds.) Emerging Trends in Technological Innovation (IFIP Advances in Information and Communication Technology Book Series) AICT 314; 62-69.

[28] Aurich; J. C.; Fuchs; C.; DeVries; M. F.; 2004; An Approach to Life Cycle Oriented Technical Service Design; CIRP Annals - Manufacturing Technology; 53(1); pp. 151-154

[29] Mont; O. K.; 2002; Clarifying the concept of productservice system; Journal of Cleaner Production; 10(3); pp. 237-245

[30] Durugbo; C.; Tiwari; A.; Alcock; J.R.; 2010; A Review of Information Flow Diagrammatic Models for Product-Service Systems; International Journal of Advanced Manufacturing Technology (Accepted for publication)

[31] Morelli N; 2006; Developing new product service systems (PSS): methodologies and operational tools; Journal of Cleaner Production; 14(17); pp. 1495- 1501.

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