Factors Influencing the S-curve

This paper employs data on patent applications for the glass industry’s float process from 1954 through 2015. Furthermore, it assesses whether the S-curve of technological progress emerges. Assigning time to the horizontal axis, something like the S-curve emerges in the US and Europe but not in Japa...

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Main Author: Masamichi OGAMI
Format: Article
Language:English
Published: Global Business Research Center 2016-08-01
Series:Annals of Business Administrative Science
Subjects:
Online Access:https://www.jstage.jst.go.jp/article/abas/15/4/15_0160430b/_pdf/-char/en
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author Masamichi OGAMI
author_facet Masamichi OGAMI
author_sort Masamichi OGAMI
collection DOAJ
description This paper employs data on patent applications for the glass industry’s float process from 1954 through 2015. Furthermore, it assesses whether the S-curve of technological progress emerges. Assigning time to the horizontal axis, something like the S-curve emerges in the US and Europe but not in Japan. The S-curve represents the physical limits of technology. Specifically, Foster (1986) defined the S-curve as the function that expresses the relation between the amount of effort expended toward performance improvement and its outcome. The magnitude of the effort expended depends on the company as well as social factors. This paper performs company-level analysis using actual data to examine (1) the extent to which companies respond to the demands of the market and (2) the effect of the grant-back clauses in licensing agreements suggested by Ogami (2015).
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spelling doaj.art-43477ee72f474f8983b329e33d22d95b2022-12-21T21:31:47ZengGlobal Business Research CenterAnnals of Business Administrative Science1347-44641347-44562016-08-0115418719710.7880/abas.0160430babasFactors Influencing the S-curveMasamichi OGAMI0Graduate School of Economics, Nagoya City UniversityThis paper employs data on patent applications for the glass industry’s float process from 1954 through 2015. Furthermore, it assesses whether the S-curve of technological progress emerges. Assigning time to the horizontal axis, something like the S-curve emerges in the US and Europe but not in Japan. The S-curve represents the physical limits of technology. Specifically, Foster (1986) defined the S-curve as the function that expresses the relation between the amount of effort expended toward performance improvement and its outcome. The magnitude of the effort expended depends on the company as well as social factors. This paper performs company-level analysis using actual data to examine (1) the extent to which companies respond to the demands of the market and (2) the effect of the grant-back clauses in licensing agreements suggested by Ogami (2015).https://www.jstage.jst.go.jp/article/abas/15/4/15_0160430b/_pdf/-char/ens-curvelicensinglicensing communityfloat processglass industry
spellingShingle Masamichi OGAMI
Factors Influencing the S-curve
Annals of Business Administrative Science
s-curve
licensing
licensing community
float process
glass industry
title Factors Influencing the S-curve
title_full Factors Influencing the S-curve
title_fullStr Factors Influencing the S-curve
title_full_unstemmed Factors Influencing the S-curve
title_short Factors Influencing the S-curve
title_sort factors influencing the s curve
topic s-curve
licensing
licensing community
float process
glass industry
url https://www.jstage.jst.go.jp/article/abas/15/4/15_0160430b/_pdf/-char/en
work_keys_str_mv AT masamichiogami factorsinfluencingthescurve