Centralized and Competitive Inventory Models with Demand Substitution
By Serguei Netessine, Nils Rudi. Operational Research, 2002
447 citations recorded by the source corpus.
Subfields: Management Information Systems, Marketing
View Paper: https://www.semanticscholar.org/paper/44c74c5c55ebaba411b3d45fcbf87c02b42c0d1e
How researchers see this paper
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In Management Information Systems
- Gérard P. Cachon
- Serguei Netessine
- Tamer Boyaci
- Zhaolin Li
- Brian Tomlin
- Fernando Bernstein
- Awi Federgruen
- Marshall L. Fisher
In Marketing
- Gérard P. Cachon
- Serguei Netessine
- Zhaolin Li
- Tamer Boyaci
- Fernando Bernstein
- Awi Federgruen
- A. Gürhan Kök
- Marshall L. Fisher
Citations in the corpus
- Disruption‐management strategies for short life‐cycle products (2009, result): “Our use of switching fractions is similar to that of [17] and [18], which study the impact of customer switching in the context of perfectly reliable newsvendor investments.”
- Demand Estimation and Assortment Optimization Under Substitution: Methodology and Application (2007, methodology): “…are multi-item inventory models, either with a single resource constraint (e.g., Nahmias and Schmidt 1984, Downs et al. 2001) or with substitutable products (e.g., McGillivray and Silver 1978, Parlar and Goyal 1984, Rajaram and Tang 2001, Avsar and Baykal-Gursoy 2002, Netessine and Rudi 2003).”
- Demand Management and Inventory Control for Substitutable Products (2007, background): “See, for example, Parlar and Goyal (1984), Ernst and Kouvelis (1999), Smith and Agrawal (2000), Rajaram and Tang (2001), Netessine and Rudi (2003), and Honhon et al. (2006).”
- Contracting in a Supply Chain with Stochastic Demand and Substitute Products (2004, background): “From equations (13) and ( and, from Proposition 1, we know that em Armi (cid:14) em Avert Hence, Netessine and Rudi (2002) Proposition 2( iii ), which states that em ivmi em ivert ( i { A , B }), allows us to extend this result to total quantities ordered ( ii ) Because of Proposition 2( iii ),…”
- Decentralized Supply Chains with Competing Retailers Under Demand Uncertainty (2005, background): “Padmanabhan and Png (1995) report examples of suppliers (e.g. McKesson, a major national distributor of hospital supplies) offering a menu of alternative returns policies, in which options with more generous return privileges are linked to higher wholesale prices.”
- Game Theory in Supply Chain Analysis (2004, methodology): “Netessine and Rudi [69] used the contraction mapping argument in this most general form in the multiple-player variant of the newsvendor game described above.”
- Competitive stocking and coordination in a multiple-channel distribution system (2005, methodology): “As pointed out by Netessine and Rudi (2003), in a traditional horizontal inventory competition context, when everything else remains the same, a higher degree of substitution to a channel increases the stocking level of that channel, whereas a higher degree of substitution from a channel does not…”
- A Trade Credit Model with Asymmetric Competing Retailers (2018, background): “Specifically, as in Netessine and Rudi (2003), the demand-switching, which causes the ISR, implies that the decentralized supply chain provides a higher service level then the centralized one.”
- Joint pricing, assortment, and inventory decisions for a retailer's product line (2007, methodology): “The problem of determining inventory levels considering stock-out based substitution in a product line has also received considerable attention in the recent literature (e.g., Mahajan and van Ryzin [19], Netessine and Rudi [22], and Smith and Agrawal [27]).”
- A Single‐Period Assortment Optimization Model (2007, methodology): “Ma-hajan and van Ryzin (2001b) and Netessine and Rudi (2003) analyze the inventory competition within assortment and show that decentralized control leads to overstocking.”
- A competitive multiple-product newsboy problem with partial product substitution (2011, unknown): “Netessine and Rudi [30] obtained optimality conditions for both competitive and centralized versions of the single period multiproduct inventory problem with partial substitution.”