A basic foundation for unraveling quantity discounts : how to gain more insight into supplier cost mechanisms?

Fredo Schotanus

Research output: Contribution to conferencePaper

21 Downloads (Pure)

Abstract

Selling organizations often offer quantity discounts schedules, but do not provide the underlying Quantity Discount Price Functions (QDPF). In literature an analysis on how QDPF could be derived from discount schedules is lacking. This is remarkable as QDPF contain useful information for buying organizations. QDPF give more insight into the fixed and variable costs of selling organizations and can be a useful tool for buying organizations in selecting and negotiating processes. Furthermore, QDPF can be used for calculating and allocating price savings in group purchasing and multiple sourcing decisions. In this paper we develop one general QDPF and two related measures for negotiating spaces. We prove that our QDPF gives a highly reliable approximation of 66 quantity discount schedules of different selling organizations. Finally, we compare the QDPF parameters of the 66 schedules and discuss their basic properties.
Original languageUndefined
Publication statusPublished - 2006
Event15th Annual IPSERA Conference 2006 - San Diego, United States
Duration: 6 Apr 20068 Apr 2006
Conference number: 15

Conference

Conference15th Annual IPSERA Conference 2006
CountryUnited States
CitySan Diego
Period6/04/068/04/06

Keywords

  • Measures for Negotiating Spaces
  • Group Purchasing
  • Quantity Discounts Price Function
  • IR-56186

Cite this

Schotanus, F. (2006). A basic foundation for unraveling quantity discounts : how to gain more insight into supplier cost mechanisms?. Paper presented at 15th Annual IPSERA Conference 2006, San Diego, United States.
Schotanus, Fredo. / A basic foundation for unraveling quantity discounts : how to gain more insight into supplier cost mechanisms?. Paper presented at 15th Annual IPSERA Conference 2006, San Diego, United States.
@conference{7c3e2672bfef43a6a270ba57b26dea53,
title = "A basic foundation for unraveling quantity discounts : how to gain more insight into supplier cost mechanisms?",
abstract = "Selling organizations often offer quantity discounts schedules, but do not provide the underlying Quantity Discount Price Functions (QDPF). In literature an analysis on how QDPF could be derived from discount schedules is lacking. This is remarkable as QDPF contain useful information for buying organizations. QDPF give more insight into the fixed and variable costs of selling organizations and can be a useful tool for buying organizations in selecting and negotiating processes. Furthermore, QDPF can be used for calculating and allocating price savings in group purchasing and multiple sourcing decisions. In this paper we develop one general QDPF and two related measures for negotiating spaces. We prove that our QDPF gives a highly reliable approximation of 66 quantity discount schedules of different selling organizations. Finally, we compare the QDPF parameters of the 66 schedules and discuss their basic properties.",
keywords = "Measures for Negotiating Spaces, Group Purchasing, Quantity Discounts Price Function, IR-56186",
author = "Fredo Schotanus",
year = "2006",
language = "Undefined",
note = "null ; Conference date: 06-04-2006 Through 08-04-2006",

}

Schotanus, F 2006, 'A basic foundation for unraveling quantity discounts : how to gain more insight into supplier cost mechanisms?' Paper presented at 15th Annual IPSERA Conference 2006, San Diego, United States, 6/04/06 - 8/04/06, .

A basic foundation for unraveling quantity discounts : how to gain more insight into supplier cost mechanisms? / Schotanus, Fredo.

2006. Paper presented at 15th Annual IPSERA Conference 2006, San Diego, United States.

Research output: Contribution to conferencePaper

TY - CONF

T1 - A basic foundation for unraveling quantity discounts : how to gain more insight into supplier cost mechanisms?

AU - Schotanus, Fredo

PY - 2006

Y1 - 2006

N2 - Selling organizations often offer quantity discounts schedules, but do not provide the underlying Quantity Discount Price Functions (QDPF). In literature an analysis on how QDPF could be derived from discount schedules is lacking. This is remarkable as QDPF contain useful information for buying organizations. QDPF give more insight into the fixed and variable costs of selling organizations and can be a useful tool for buying organizations in selecting and negotiating processes. Furthermore, QDPF can be used for calculating and allocating price savings in group purchasing and multiple sourcing decisions. In this paper we develop one general QDPF and two related measures for negotiating spaces. We prove that our QDPF gives a highly reliable approximation of 66 quantity discount schedules of different selling organizations. Finally, we compare the QDPF parameters of the 66 schedules and discuss their basic properties.

AB - Selling organizations often offer quantity discounts schedules, but do not provide the underlying Quantity Discount Price Functions (QDPF). In literature an analysis on how QDPF could be derived from discount schedules is lacking. This is remarkable as QDPF contain useful information for buying organizations. QDPF give more insight into the fixed and variable costs of selling organizations and can be a useful tool for buying organizations in selecting and negotiating processes. Furthermore, QDPF can be used for calculating and allocating price savings in group purchasing and multiple sourcing decisions. In this paper we develop one general QDPF and two related measures for negotiating spaces. We prove that our QDPF gives a highly reliable approximation of 66 quantity discount schedules of different selling organizations. Finally, we compare the QDPF parameters of the 66 schedules and discuss their basic properties.

KW - Measures for Negotiating Spaces

KW - Group Purchasing

KW - Quantity Discounts Price Function

KW - IR-56186

M3 - Paper

ER -

Schotanus F. A basic foundation for unraveling quantity discounts : how to gain more insight into supplier cost mechanisms?. 2006. Paper presented at 15th Annual IPSERA Conference 2006, San Diego, United States.