Academic Lectures:Hybrid Strategy with a Second Production Chance under Demand Uncertainty and Competition: Stable vs. Responsive

Publisher:王逢凤Publish Date:2015-12-07Views:191

ReportTitle:Hybrid Strategy with a Second Production Chance under Demand Uncertainty and Competition: Stable vs. Responsive

Reporter(Institution):Liu Yang (University of International Business and Economics)

Time:02:00.pm,11th December, 2015
Location:B-201, Building of Economics & Management, JiulonghuCampus
Abstract:This  paper investigates a firm’s hybrid strategic deployment with two chances  to make production, before and after demand realization, in a  competitive market with demand uncertainty. Correspondingly, there are  two types of production modes: stable and responsive. Stable production  involves somewhat cost advantage and a long lead time; while responsive  production incurs an expensive cost and a short lead time, which implies  responsiveness to market changes. Given an organizational scale (the  total capacity), we show that the hybrid production strategy enhances a  firm’s responsiveness to various demands. The firm benefits from such  hybrid production strategy by endogenously determining its production  mode: stable, responsive, or both. We then examine the impacts of  asymmetric organizational scales of firms on their production strategies  in a competitive oligopoly market. We demonstrate that small firms  prefer the cost advantage of stable production due to its limited  resources, while big firms tend to adopt a hybrid production strategy to  enjoy the cost advantage and responsiveness simultaneously. We then  explore a firm’s capacity policy when the stable and responsive  productions require different capacities. We find that as the market  expands, the firm will enlarge its organizational scale and pay more  attention to stable capacity investment; when the market becomes more  uncertain, the firm tends to invest more in responsive capacity to  enhance its ability of hedging against the wild extreme of demand  fluctuation.