연속적 근사법에 의한 물류시스템의 경쟁적 시간보장 의사결정 최적화에 관한 연구
The Competitive Time Guarantee Decisions Via Continuous Approximation of Logistics Systems
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We show how a supplier can peg cost measures to the reliability of his time guarantees via the penalty costs considered in the framework. The framework also enables us to study the connections between the logistics network and the market. In this context, we show that even when the market base increases significantly, the supplier can still use the logistics network designed to satisfy lower demand density, with only a marginal reduction in profit. Finally we show how the framework is useful to evaluate and compare various logistics system improvement strategies. The supplier can then easily choose the improvement strategy that increases his profit with the minimal increase in his logistics costs.
Abstract
We show how a supplier can peg cost measures to the reliability of his time guarantees via the penalty costs considered in the framework. The framework also enables us to study the connections between the logistics network and the market. In this context, we show that even when the market base increases significantly, the supplier can still use the logistics network designed to satisfy lower demand density, with only a marginal reduction in profit. Finally we show how the framework is useful to evaluate and compare various logistics system improvement strategies. The supplier can then easily choose the improvement strategy that increases his profit with the minimal increase in his logistics costs.
참고문헌 (26)
- Benson, T. E., "Socket Express Connects with Guarantee", Industry Week, 21, pp.39~42 (1990)
- Blackburn, J. D., "Manufacturing Strategy-Process and Content" (1991), Chapman and Hall
- Daniels, N.C., "Time-based Competition" (1993), Economic Intelligence Unit
- Dewan, S., "User Delay Costs and Internal Pricing for a Service Facility", Management Science, 36(12), pp.1502~1517 (1990)
- Daganzo, C.F., "The nature of freeway gridlock and how to prevent it, in Transportation and Traffic Theory", Proc. 13th Int. Symp. Trans. Traffic Theory, pp.629~646 (1996), Pergamon Elsevier
- Dasci, A., "A Continuous Model for Production- Distribution System Design Problem", European Journal of Operational Research, 129(2), pp.287~298 (2001)
- Real-World Network Optimization : Focusing on Hard Questions, Not Just Collecting Data, Yields Better Network Optimization Results, "Dekhne, A.", USCO, ~ (2003)
- Dignan, L., "Lowe’s Big Plan", pp.1~4 (2003), Baseline Magazine
- Erlenkotter, D., "The general optimal market area model", Annals of Operations Research, 18(1), pp.43~70 (1989)
- Geoffrion, A. M., "The Purpose of Mathematical Programming is Insight", Not Numbers. Interfaces, 7(1), pp.81~92 (1976)
- Hill, A. V., "A model for optimal delivery time guarantees", Journal of Service Research, 2(3), pp.254~264 (2000)
- Hill, A.V., "Models for optimal lead time reduction", Production and Operations Management, 1(2), pp.185~197 (1992)
- Kalai, E., "Optimal service speeds in a competitive environment", Management Science, 38(8), pp.1154~1163 (1992)
- Langevin, A., "Continuous approximation models in freight distribution : An overview", Transportation Res, B30(3), pp.163~188 (1996)
- Lederer, P., "Pricing, production, scheduling, and delivery-time competition", Operations Research, 45(3), pp.407~420 (1997)
- Li, L., "The role of inventory in delivery-time competition", Management Science, 38(2), pp.182~197 (1992)
- Li, L., "Pricing and Delivery-Time Performance in a Competitive Environment", Management Science, 40, pp.633~646 (1994)
- Mendelson, H., "Optimal Incentive-Compatible Priority Pricing for the M", M, Operations Research, pp.1990, 38(5)[DOI]
- Newell, G. F., "Scheduling, location, transportation, and continuum mechanics; some simple approximations to optimization problems", SIAM J. Appl. Math, 25(3), pp.346~360 (1973)
- Palaka, K., "Lead-time setting, capacity utilization, and pricing decisions under lead-time dependent demand", IIE Transactions, 30, pp.151~163 (1998)
- Rust, R.T., "Mathematical Models of Service", European Journal of Operational Research, 91(3), pp.427~439 (1996)
- So, K. C., "Price and time competition for service delivery", Manufacturing and Service Operations Management, 2(4), pp.392~409 (2000)
- So, K.C., "Pricing, delivery time guarantees and capacity selection", Journal of Operational Research, 111, pp.28~49 (1998)
- Stalk, G., "Hout, Competing against Time : How Time-Based Competition Is Reshaping Global Markets" (1990), Free Press
- Stidham, S., "Pricing and capacity decisions for a service facility", Management Science, 38(8), pp.1121~1139 (1992)
- Tucker, R. B., "Managing the Future, Ten Driving Forces of Change for the ’90s" (1991), Putnam