Innovation Patterns in the History of Web Technology: A Patent-Based Approach.
Innovation Patterns in the History of Web Technology: A Patent-Based Approach.
This thesis explores the evidence behind popular narratives regarding the development of the Web industry over time. Topics such as the rate of technological growth, generations in Web technology and the emergence of novel technological species are conceptualised here using theoretical perspectives from the fields of economic history, innovation studies and cultural evolution. These fields share an interest in applying the evolutionary principles of variation, selection and
transmission to technological change. Each principle is investigated here by means of empirical investigations into the temporal patterns of Web innovation, adoption of technical standards and transmission of knowledge through time. The methodological approach is based on an original longitudinal dataset of 20,493 US patents related specifically to the Web to trace the history of this industry between the years of 1990 through 2013. Quantitative analyses revealed that
innovation in the Web industry in some ways conformed, and in other ways deviated from theoretical models of technology growth. Areas of consistency include an initial S-shaped trajectory of corporate innovation that aligned with stock market movements. Associations like this have previously been observed in other technological revolutions. The unique aspects of Web evolution relate mainly to its continued growth beyond the expected ceiling of the S-curve. It was found that this extension can be partly attributed to firms who adopted interactive Web 2.0
applications such as social networks, blogs, wikis and RSS feeds. Moreover, Web 2.0 firms were
continuing to adopt core Web standards that had been established earlier. It appears that standardisation played a role in the long-term evolution of the Web industry by providing a means
for knowledge to be conserved, transmitted and combined in new ways. The thesis concludes with implications for researchers, managers and policy makers with a view to understanding and fostering sustainable long-term innovation. Specific recommendations are also provided to support the future expansion of Web technology into the emerging fields of data science and AI.
University of Southampton
Priestley, Maria
e1ee95f7-4430-4d06-8964-7afc6333d87f
2021
Priestley, Maria
e1ee95f7-4430-4d06-8964-7afc6333d87f
Tiropanis, Thanassis
d06654bd-5513-407b-9acd-6f9b9c5009d8
Sluckin, Tim
8dbb6b08-7034-4ae2-aa65-6b80072202f6
Priestley, Maria
(2021)
Innovation Patterns in the History of Web Technology: A Patent-Based Approach.
Doctoral Thesis, 161pp.
Record type:
Thesis
(Doctoral)
Abstract
This thesis explores the evidence behind popular narratives regarding the development of the Web industry over time. Topics such as the rate of technological growth, generations in Web technology and the emergence of novel technological species are conceptualised here using theoretical perspectives from the fields of economic history, innovation studies and cultural evolution. These fields share an interest in applying the evolutionary principles of variation, selection and
transmission to technological change. Each principle is investigated here by means of empirical investigations into the temporal patterns of Web innovation, adoption of technical standards and transmission of knowledge through time. The methodological approach is based on an original longitudinal dataset of 20,493 US patents related specifically to the Web to trace the history of this industry between the years of 1990 through 2013. Quantitative analyses revealed that
innovation in the Web industry in some ways conformed, and in other ways deviated from theoretical models of technology growth. Areas of consistency include an initial S-shaped trajectory of corporate innovation that aligned with stock market movements. Associations like this have previously been observed in other technological revolutions. The unique aspects of Web evolution relate mainly to its continued growth beyond the expected ceiling of the S-curve. It was found that this extension can be partly attributed to firms who adopted interactive Web 2.0
applications such as social networks, blogs, wikis and RSS feeds. Moreover, Web 2.0 firms were
continuing to adopt core Web standards that had been established earlier. It appears that standardisation played a role in the long-term evolution of the Web industry by providing a means
for knowledge to be conserved, transmitted and combined in new ways. The thesis concludes with implications for researchers, managers and policy makers with a view to understanding and fostering sustainable long-term innovation. Specific recommendations are also provided to support the future expansion of Web technology into the emerging fields of data science and AI.
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Submitted date: December 2020
Published date: 2021
Identifiers
Local EPrints ID: 455446
URI: http://eprints.soton.ac.uk/id/eprint/455446
PURE UUID: 4c228765-b2ed-47e6-a34c-4be18143a605
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Date deposited: 22 Mar 2022 17:33
Last modified: 17 Mar 2024 03:14
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Contributors
Author:
Maria Priestley
Thesis advisor:
Thanassis Tiropanis
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