Clusters are geographic concentrations of various industrial, scientific and governmental actors, and have been found to trigger and improve the innovative performance of firms inside. This paper gives a review of prevailing cluster theories, as well as several examples from the real economy. Knowledge spillovers, inter-firm linkages and reduced business risks for start-up firms present some of the advantages that foster firms’ innovative activity in clusters. The success of prominent clusters such as the Silicon Valley has encouraged governments to support the formation of clusters; however, technological changes might as well lead to failures of clusters. Despite the advances of a globalized economy, physical proximity in clusters has been shown to transmit input for innovation more successfully than virtual innovation networks.
Table of Contents
1. Introduction
2. Cluster and location theory
2.1 Defining clusters and cluster participants
2.2 Identifying regional clusters
2.3 Underlying theory
2.3.1 Classical location and agglomeration theories
2.3.2 Contemporary cluster theories
2.4 The ceramic tile cluster in accordance with Porter’s diamond model
3. Clusters as trigger for innovation
3.1 Enhanced innovative performance in clusters
3.1.1 Knowledge spillovers, inter-firm linkages and reduced risks
3.1.2 Innovation through advantages in capital, labor and firm structure
3.2 Cluster policy and practical recommendations
3.3 Failures due to retarded innovation and technological change
4. New approaches through technological advances and globalization
4.1 The death of distance
4.2 Virtual innovation networks
4.3 Globalizing vs. localizing: the location paradox
5. Conclusion and outlook
Objectives and Topics
This paper examines the role of geographical proximity and regional clusters in fostering firm-level innovative performance. It explores theoretical foundations, evaluates the mechanisms through which clusters stimulate innovation, and discusses the challenges posed by technological change and globalization to the continued relevance of physical location.
- Theoretical analysis of industrial location and clustering.
- Mechanisms of innovation within clusters (spillovers, linkages, labor pools).
- Evaluation of cluster policy effectiveness and the causes of cluster decline.
- Impact of ICT and globalization on the "location paradox."
- Comparative analysis of virtual networks versus physical proximity.
Excerpt from the Book
3.1.1 Knowledge spillovers, inter-firm linkages and reduced risks
According to Neo-Schumpeterian literature, knowledge spillovers through linkages and cooperation between firms are the key to innovation (Cooke 2003, 28). In fact, studies have proven that most ideas for innovation come from outside the firm, and that especially unconventional face-to-face contacts lead to innovation (for whole passage Utterback 1974, 621f). Precisely this fundamental advantage determines clusters’ effectiveness in innovation. Through interactive learning processes among the cluster participants, knowledge cumulates and diffuses quickly. The physical proximity between the firms eases communication and lowers the costs of transmitting knowledge (Audretsch and Feldman 1996, 110f).
The “outcomes of innovative efforts are, by nature, uncertain and complex” (for whole passage Baptista and Swann 1998, 528). Cooperation and research allies in clusters reduce these uncertainties that come with new products or production processes. Inter-firm linkages in clusters allow firms to access complementary goods more easily and to split up risks of innovation among each other (Ritter 2011, 615). For example, European wine regions cooperate in promoting and exporting their wines abroad, firms inside the textile cluster in Prato have established trade fairs in conjunction, and the automotive cluster in Detroit has invested in local infrastructures by setting up joint training and research centers (Enright 2003, 113f). The cooperation inside clusters also enables fast market response by allowing firms to perceive trends and buyers’ needs early and more clearly than dispersed firms (for whole passage Porter 1998, 221f; 224). When a need has been identified, new technologies can be developed more quickly through R&D allies. Inefficient duplication of research can be avoided. Therefore, innovations can be implemented faster and at lower cost and risk, in comparison to the isolated firm that has to rely on distant resources and faces higher trade-off costs and risks of opportunistic behavior when collaborating.
Chapter Summary
1. Introduction: Introduces the concept of innovation clusters using the Cambridge Innovation Center as an example and outlines the paper's focus on the role of location in innovation.
2. Cluster and location theory: Provides a comprehensive overview of how clusters are defined and identified, including both classical and contemporary theoretical perspectives.
3. Clusters as trigger for innovation: Analyzes the specific mechanisms, such as knowledge spillovers and supportive infrastructure, that enable clusters to enhance innovative performance.
4. New approaches through technological advances and globalization: Examines how ICT and global networks challenge traditional location theories and the concept of geographical proximity.
5. Conclusion and outlook: Summarizes the findings, confirming that despite digital advances, physical proximity remains essential for innovation and creates the location paradox.
Keywords
Innovation Clusters, Industrial Location, Knowledge Spillovers, Agglomeration, Porter’s Diamond Model, Regional Development, Virtual Innovation Networks, Global Competition, Technological Change, Firm Strategy, Location Paradox, Economic Geography, R&D Cooperation, Entrepreneurship, Competitive Advantage.
Frequently Asked Questions
What is the primary focus of this paper?
This paper explores the relationship between geographical location and the innovative success of firms, specifically analyzing why industries concentrate in clusters.
What are the central themes discussed?
The core themes include theoretical foundations of clusters, mechanisms for innovative performance, the role of government policy in cluster development, and the impact of globalization on location strategies.
What is the main research objective?
The paper seeks to elucidate the advantages of geographical proximity for innovation and determine if modern technological advancements make physical clustering obsolete.
Which scientific methods are employed?
The work utilizes a literature-based review of prevailing cluster theories and connects these frameworks with real-world examples and case studies.
What is covered in the main body?
The main body covers definitions and identification of clusters, theoretical foundations, factors driving innovation (such as spillovers and labor pools), cluster policies, and the "location paradox" in a digital economy.
Which keywords define this work?
Key terms include Innovation Clusters, Industrial Location, Knowledge Spillovers, and the Location Paradox.
How does Porter's diamond model explain cluster success?
The model identifies four interconnected conditions—demand conditions, related/supporting industries, factor conditions, and firm strategy/rivalry—that drive the competitiveness of clusters.
What does the author conclude about the "death of distance"?
The author concludes that while ICT has improved communication, geographical proximity remains highly important, leading to the "location paradox" where localization becomes increasingly valuable in a global economy.
What is the importance of "face-to-face" contact in clusters?
Face-to-face contact is presented as a fundamental driver of innovation, facilitating faster knowledge transmission and mitigating the uncertainties inherent in complex R&D processes.
- Quote paper
- Teresa Pavelka (Author), 2014, Innovation Clusters, Munich, GRIN Verlag, https://www.hausarbeiten.de/document/285839
