Models for Integrated Inventory Control by EDI for a Single Supplier and Multiple Buyers
Electronic Data Interchange (EDI) is a relatively new communication technology that is expected to affect many operational aspects of organizations. Essentially, EDI involves the exchange of information between trading partners (or geographically dispersed units of a firm) in a structured, machine processable format (HANSEN and HILL, 1989). This techchnological development permits the electronic transmission of information from one computer application to another in a different location, without rekeying or human intervention. EDI does not include free-form message communication, such as electronic mail (E-Mail), or FAX transmissions, which are not machine readable. The basic processes of EDI are (1) directing data transmissions to and data collection from different application programs, (2) Converting data between proprietary (as used by application programs) and standard (as transmitted by the communication network) formats and (3) actual transmission of data between different locations through a communication network (see SOKOL, 1989, and EMMELHAINZ, 1990, for detailed discussions on various aspects of EDI).
KeywordsShipping Univer Substi Tuting
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- ANVARI, M. (1990), “Electronic Data Interchange and Inventories”, Working Paper, Concordia University, Canada.Google Scholar
- BANERJEE, A. (1986), “An Integrated Lot Sizing Model for a Purchaser and a Vendor”, Working Paper, Louisiana State University, Baton Rouge, LA, U.S.A.Google Scholar
- BANERJEE, A. and BANERJEE, S. (1991), “Coordinated, Orderless Inventory Replenishment for a Single Supplier and Multiple Buyers Through Electronic Data Interchange, Working Paper, Drexel University, Philadelphia, U.S.A.Google Scholar
- EMMELHAINZ, M. (1990), Electronic Data Interchange: A Total Management Guide, New York: Van Nostrand Reinhold.Google Scholar
- JOGLEKAR, P. and THARTHARE, S., “The Individually Responsible and Rational Decision Approach to Economic Lot Sizes for One Vendor and Many Purchasers”, Decision Sciences, Vol. 21, 492–506.Google Scholar
- MALLEY, J.C. and RAY, R. (1988), “Informational and Organizational Impacts of Implementing a JIT System”, Production & Inventory Management, Vol. 29, 66–70.Google Scholar
- NORRIS D. and ELAINE, M. (1989),“Control of Electronic Data Interchange Systems”, Journal of Systems Management, Vol. 40, 21–25.Google Scholar
- POWERS, W.J. (1989), EDI Control and Audit Issues: EDIA Monograph, Alexandria, VA, U.S.A.Google Scholar
- SILVER, E.A. and PETERSON, R. (1985), Decision Systems for Inventory Management and Production Planning, (2nd. ed.), New York: John Wiley & Sons.Google Scholar
- SOKOL, P.K. (1989), EDI: The Competitive Edge. New York: Intertext Publication (McGraw-Hill).Google Scholar
- TDCC: The Electronic Data Interchange Association(1989), EDI in North America: Status of Usage and Technology, EDIA Monograph, Alexandria, VA, U.S.A.Google Scholar