Dynamic demand

Poliak, R. A. (1970) Habit formation and dynamic demand functions , Journal of Political Economy 78, 745-63. 

Literature examining transshipment models can be classified by several major characteristics emergency situations or non-emergency situations, one-period or multiple-period, two-location or multiple-location, periodic review system or continuous review system, and static demand or dynamic demand. 

In this chapter, we assume unit-size transactions to simulate the model. Hopefully, future field research can validate our results on larger transaction sizes. A possible approach may use a stuttering Poisson demand process (Ward, 1978) for simulation. Ours is a single-period model, so there is no replenishment necessary. The extension to a system with replenishment is less than straightforward because under a continuous review inventory system with dynamic demand, the determination of optimal reorder points and batch quantities can become quite complicated. 

Robinson, E.P, Gao, L. (1996). A dual ascent procedure for multiproduct dynamic demand coordinated replenishment with backlogging. Management Science, 42(11), 1556-1564. 

The end-user external customer displays a dynamic demand for a greater variety of reliable products, delivered with short lead times (Draaijer, 1992). Customer segmented solutions are required that deliver quality, loyalty, satisfaction, individual solutions, and value adding, and... 

C3) Finite horizon but with multiple time periods and dynamic demand. 

Godfrey, G., Frey, B., Naik, S., Evers, A. (2012). The consumer-centric supply chain Achieving high performance through dynamic, demand-driven execution. Accenture. http //www. accenture.com/SiteCoIIectionDocuments/PDF/Accenture-The-Consumer-Centric-Supply-Chain.pdf... 

Hu, Jianli, and Charles L. Munson. Dynamic Demand Lotsizing Rules for Incremental Quantity Discounts. Journal of the Operational Research Society (2002) 53, 855-863. 

Practically, these rapid dynamics demand a transport model that accounts for (1) film growth and chemical removal, (2) film washoff by precipitation, and (3) chemical transformation. In addition, we must understand the partitioning behavior of a chemical between air and the film. A unique aspect of the transient nature of films is that the dynamic model is an integral part of the MTC algorithms. Film growth time, tf(s), and the duration of the precipitation or washoff event, tw(s), are parameters in addition to the usual MTCs. 

Versions available with and without manual adjustment, with and without Ex-protection, and with and without integrated PID controller for additional, dynamically demanding control and regulation tasks (e.g., position or rpm regulation.)... 

One would also expect a "kink" in the reaction of B to the demand shift. For small shifts, or sufficiently slow ones, the market can react, at least partially, by a price adjustment. This is not feasible in the short run when the demand shift is large. For a rapid dynamical demand shift process the market B cannot reach long term equilibrium. One therefore expects it to react to such shifts by quantity adjustments. 

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