摘要：Innovation is the engine of development for enterprises, and there is an increasing trend to adopt an open innovation strategy. However, how to manage external resources in an open, collaborative and complementary manner, and in a shared environment that will yield the greatest networking effects, it is a challenging task. Because there is no such a satisfactory model for an open innovation strategy that combine operational mechanisms with the management of external resources. This article tries to fill the gap by adopting a resource-based perspective to construct an overall open innovation （OOI） business model. In this model, external resources are classified as industrial and non-industrial entities, to enable the identification of the interaction methods between manufacturing enterprises and external resources. The management of external resources involved in a Technology Open Innovation （TOI） cycle is given particular attention that includes： 1） the classification of the external resources of a TOI, 2） the general mechanisms extracted to promote qualified resources in and unqualified resources out, and 3） a business model to conceptualize the collaboration between enterprises and external resources. A case study of TOI is also provided to empirically verify its feasibility. This paper contributes to the literature by providing an original operational model and mechanism design for an open innovation strategy that is capable of managing external resources effectively.

摘要：Logistics network design influences the efficiency and cost of Logistics *** manufacturing enterprises not only have warehouse hubs,but also build component processing workshops which are usually located in those places where the costs of materials and workforce are *** paper establishes a logistics network design model for the manufacturing enterprises with component processing workshops based on 0-1 mixture integer *** model optimizes the logistics network in an integrated view,by which the selection of the nodes,the manufacturing plan,and transportation plan can be *** example is given to verify its *** approach is helpful for designing of the logistics network in manufacturing enterprises.