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  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
1

Consideration of a specific group decision support methodology in the light of the group decision support systems literature

Ackermann, Fran January 1991 (has links)
No description available.
2

The Impact of Competitor Intelligence on Strategy Building

Stenberg, Emma, Vu-Thi, Xoan January 2017 (has links)
Previous studies have shown that information regarding competitors has great value for organizations, especially in terms of strategy, making strategic decisions, strategic plans, development of resources, innovation and change, etc. However, most studies tend to investigate competitive intelligence rather than competitor intelligence. Competitor intelligence may be an important factor for organizations to include in their strategy building but too few focus on its impact on such process. Therefore this paper modified one of the strategy tools which are utilized in the strategy building process of organization by including competitor intelligence, with the aim at having a better understanding how competitor intelligence has impact or contribution to the process of strategy building. The modified model shows that with the presence of competitor intelligence, the reliability and feasibility of strategic options are improved to achieve a competitive strategy, which facilitates to enhance competitive advantage and sustainability of the organization.
3

A Comparison Of Western And Eastern Soft Systems Approaches

Anaya, John L, Anaya, John L, Anaya, John L 01 March 2024 (has links) (PDF)
Soft System Approaches have been developed worldwide to help problem-solvers and decision-makers develop solutions to complex problems, such as aerospace systems. Soft System Approaches were designed to help lower the disorder of developing a complex system by increasing understanding of a situation. Four Soft System Approaches were investigated, two from the West and two from the East. Within the context of the paper, the West refers to thought patterns associated with thinkers and scientists in Europe and North America, and the East refers to those from and around China. The two from the West are Peter Checkland’s Soft Systems Methodology and Fran Ackerman and Colin Eden’s Strategic Options Development and Analysis, and from the East they are Qian Xuesen’s Meta-Synthetic Approach and Jifa Gu and Zhichang Zhu’s Wuli-Shili-Renli Approach. The four approaches were selected due to their prevalence and notoriety within the Soft System Approach research. The Western Soft System Approaches were created as a direct response to reductionism and are more holistic than Hard System Approaches; however, they are classified as systematic due to their structure. The approaches are tools that can be deployed for a specific task. Eastern Soft System Approaches rooted in Eastern philosophy went from holism to reductionism to a unity of the two. There is no one-size-fits-all approach; therefore, approaches that seek to balance reductionism and holism and give guidance and structure while inviting in other methods. The Eastern approaches are classified as framework Soft System Approaches, which provide structure and guidance but not a formula. Systematic approaches are better for determining a course of action, while framework approaches are better for guiding a whole program. The Eastern approaches covered can and do incorporate other methods, including each other. Depending on the problem and problem solver, the systematic or framework approach may be better suited. Overall, however, the framework approach will be able to solve the most varied problems due to the lack of prescriptiveness and the use of other approaches. Knowing the difference between the approaches and how they can be used helps manage the development of complex aerospace systems.

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