企业价格竞争决策的博弈分析 —— 以当前我国PDA市场的价格战为例

博弈论是研究决策主体的行为发生直接相互作用时的决策及决策的均衡问题。运用博弈论 ,可以清楚地分析营销环境中每一个竞争者的行为及反应 ,使企业做到知己知彼 ,百战不殆。文章通过建立博弈模型 ,对当前“PDA市场的价格战”作了初步博弈分析 ,并得出结论 ,以指导企业的价格竞争策略     

工业设计专业数字化设计类课程体系建设的思考

针对数字化技术对工业设计的巨大影响 ,提出了工业设计专业数字化设计类课程体系的框架和对一些课程设置及教学方法的设想     

ALL-BIAS DESIGNS FOR POLYNOMIAL SPLINE REGRESSION MODELS

Polynomial spline regression models of low degree have proved useful in modeling responses from designed experiments in science and engineering when simple polynomial models are inadequate. Where there is uncertainty in the number and location of the knots, or breakpoints, of the spline, then designs that minimize the systematic errors resulting from model misspecification may be appropriate. This paper gives a method for constructing such all‐bias designs for a single variable spline when the distinct knots in the assumed and true models come from some specified set. A class of designs is defined in terms of the inter‐knot intervals and sufficient conditions are obtained for a design within this class to be all‐bias under linear, quadratic and cubic spline models. An example of the construction of all‐bias designs is given.     

四种企业成本控制模式的比较分析及启示

面对日趋激烈的市场竞争环境 ,成本控制成为决定企业生存与发展的关键因素。对目前国内外较为典型的四种成本控制模式的比较分析 ,将为我国企业成本控制模式的选择提供有益的启示     

ERP在钢铁贸易企业的应用研究

以上海宝钢技术经济发展公司为对象,根据公司对提升内部管理及业务流程规范化的要求,研究了公司建立ERP系统的定位及目标,提出应建立以钢材贸易和钢铁产品深加工为主业的ERP体系,实现流通过程中的价值增值.在分析存在的主要问题的基础上,提出了ERP的模式、流程设计及采购业务、库存业务的解决方案.     

"机械设计"课程教学改革的基本思路

在课内学时大幅削减的形势下,对机械设计课程进行教学改革的基本思路是通过合理安排自学内容;在教学中合理分配课内学时,突出常用机械零件的设计方法;增加感性认识环节;更新教学手段等措施,保持并进而提高该课程的教学质量,提高学生的机械设计能力和分析、解决实际工程问题的能力.     

普通民用住宅电气线路的设计

比较了国内外住宅电气的设计标准 ,论述了我国民用住宅电气用电负荷标准、进户线和分支线截面、分支回路接地线等容量的设计 .     

深化电子系列课程教学改革

根椐指导学生参加全国大学生电子设计竞赛的体会,分析竞赛中所暴露出的有关教学方面的问题,从教学体系、教学内容、实践教学模式和教学手段方面,提出以电子竞赛为契机,深化教学改革的具体措施.     

试析抗战时期国民政府对基层民意机关的理论设计

本文从总原则与具体细节两个方面论述了抗战时期国民政府对基层民意机关的理论设计，并且指出这种设计具有两个显著特点：１．阶级性，２．欺骗性。     

Implied Preference for Seismic Design Level and Earthquake Insurance

Seismic risk can be reduced by implementing newly developed seismic provisions in design codes. Furthermore, financial protection or enhanced utility and happiness for stakeholders could be gained through the purchase of earthquake insurance. If this is not so, there would be no market for such insurance. However, perceived benefit associated with insurance is not universally shared by stakeholders partly due to their diverse risk attitudes. This study investigates the implied seismic design preference with insurance options for decisionmakers of bounded rationality whose preferences could be adequately represented by the cumulative prospect theory (CPT). The investigation is focused on assessing the sensitivity of the implied seismic design preference with insurance options to model parameters of the CPT and to fair and unfair insurance arrangements. Numerical results suggest that human cognitive limitation and risk perception can affect the implied seismic design preference by the CPT significantly. The mandatory purchase of fair insurance will lead the implied seismic design preference to the optimum design level that is dictated by the minimum expected lifecycle cost rule. Unfair insurance decreases the expected gain as well as its associated variability, which is preferred by risk-averse decisionmakers. The obtained results of the implied preference for the combination of the seismic design level and insurance option suggest that property owners, financial institutions, and municipalities can take advantage of affordable insurance to establish successful seismic risk management strategies.