Analysis of the Legal Relation Among Members of Dynamic Alliances and Own ership of Intellectual Property

During the course of knowledge economic, setting up e nterprise dynamic alliances is gradually becoming the most effective way for the enterprises, which seek fast development. There are many researches about enter prise dynamic alliances in other fields, but there is few research about leg al relationship among members of enterprise dynamic alliances and ownership of i ntellectual property achievements which are brought by dynamic alliances. Th is paper discusses legal relationship among members of dynamic alliances and own ership of intellectual property achievements under various legal relationshi ps from the point of view of law.

Prevention of the Member＇s Moral Hazard in a Dynamic Alliance

Moral hazard is an important factor threatening stability of dynamic alliance. Firstly, the paper describes the problem of moral hazard in dynamic alliance and introduces the Tirole Model of moral hazard prevention. Then, by introducing a third-party system into dynamic alliance, a model of incomplete information dynamic game theory is formulated in the principal-agent framework. The model shows the dynamic consistency between a member＇s income and the dynamic alliance＇s profit, and that moral hazard can be prevented by an allocation policy With both characteristics of incentive measures and supervision, which is designed by a third-party system. Finally, the composition of the third-party system is discussed.

Partner selection model and soft computing approach for dynamic alliance of enterprises

Partner selection is an active research topic in agile manufacturing and supply chain management. In this paper, the problem is described by a 0-1 integer programming with non-analytical objective function. Then, the solution space is reduced by defining the inefficient candidate. By using the fuzzy rule quantification method, a fuzzy logic based decision making approach for the project scheduling is proposed. We then develop a fuzzy decision embedded genetic algorithm. We compare the algorithm with tranditional methods. The results show that the suggested approach can quickly achieve optimal solution for large size problems with high probability. The approach was applied to the partner selection problem of a coal fire power station construction project. The satisfactory results have been achieved.

The Research Mode Concerning with Chinese Enterprises Dynamic Strategic Alliances and Risk Defenses

China enterprises should develop dynamic strategic alliances if they want to participate in global contests and share strategic targets of global resources. The effective risk defenses system must be set up to make dynamic strategic alliances run successfully. This paper puts forward a mode of risk defenses internal system through analyzing the facts of China enterprises dynamic strategic alliances＇ creative models.

Flexible Tropism of the Enterprises＇ Organization in Uncertain Competitive Environment

With the rapid development of the computer network, communication technology and the economic globalization, the competition environment faced by the enterprises has been more and more complicated. While the interactive competition becomes more and more fierce, it has been more and more difficult for enterprises to keep sustainable advantages in competition. In this paper the author mainly discusses the severe challenge of the new competition conditions to the traditional hierarchical structure and the reason why flexible organization will be the inevitable strategy selection of the enterprises.

Probe on Network-based Collaborative Maintenance Model for After-sales Equipment

In order to make equipment run safely, economically and continuously, some new maintenance models were put forward to improve the equipment after-sale maintenance service, such as E-maintenance, third-party maintenance, etc. To certain extent, the models solved the problem of the distance between the manufacturer and customer and the dispersion of the maintenance technologies, however, those resources are still widely distributed and do not collaborate efficiently. In this paper, a network-based collaborative maintenance service model was proposed for after-sales equipment to solve the problem of maintenance resources integration. Concretely, equipment designers, maintainers, spare parts suppliers and maintenance experts were grouped together to establish dynamic alliance. The leader of the alliance is the manufacturer under guaranty period or equipment user exceeding the guaranty period. The process of maintenance service was divided into three stages which are fault diagnosis, maintenance decision and maintenance implementation. The sub-alliances were established to carry out maintenance work at each stage. In addition, the business process of network-based collaborative maintenance was analyzed and collaborative business system for equipment＇s after-sales collaborative maintenance service was designed. In the end, an informational economics model of network-based collaborative maintenance was established to demonstrate the effectiveness of this maintenance model.

Manufacturing Partner Selection by Network Based on "Invite/Submit Tenders

Dynamic alliances are one type of production modes to realize agile manufacturing. Technology support for the dynamic alliance selection process is an important task in agile manufacturing. This paper analyzes the general dynamic alliance principle, suggests a network method for selecting partners, and analyzes the evaluation factors for partners selection in the process of setting up a manufacturing alliance. The results show that these factors can be divided into two levels: macro- and micro-characteristics. The decision-making process by each member has five main technical activities, which form the technology support system for the manufacturing alliance bid.