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基于模块化的高科技产品研发进度优化研究
Study on Scheduling Optimization of High-tech Products R&D Based on Modularity
【摘要】 应用模块化理论,将高度复杂的高科技产品研发项目进行模块化聚类处理,并在此基础上进行项目式集成,将模块转化为项目活动,然后采用基于事件的研究方法构建一个多模式高科技产品研发进度优化模型,通过求解该模型,可得到高科技产品研发满意进度安排,实现收益的最大化。最后通过一个算例进行验证和说明。
【Abstract】 The R&D system of high-tech products is highly complex and modularization is an effective way to reduce the system complexity. Based on the modular theory,this paper makes a clustering processing to the highly sophisticated R & D project system of high-tech products. On the basis of that,the modules are looked as"activities"and to be integrated together in accordance with the project management model. Then,this paper constructs a multi model of R&D scheduling optimization of high-tech products. By solving the model,R & D enterprises can obtain satisfactory R&D schedule of high-tech products and maximize the benefits. Finally,this paper also provides a numerical example to validate the model.
【Key words】 high-tech products R&D; modularity; scheduling optimization; approximate algorithm;
- 【文献出处】 科技管理研究 ,Science and Technology Management Research , 编辑部邮箱 ,2014年24期
- 【分类号】F276.44
- 【被引频次】10
- 【下载频次】181