A model of innovation, A model of economic development based around constant underlying innovation
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A model of innovation, A model of economic development based around constant underlying innovation (2014)
EN NWISBN: 9780957160279 bzw. 0957160275, in Englisch, Hugh Alexander David, neu.
Lieferung aus: Niederlande, Direct beschikbaar.
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Building on the author's "Pace Change', this book presents an empirically-grounded high productivity account of world population growth from c. 200,000 BCE (before the common era) to 2100 CE (in the common era) using a simple endogenous stochastic model based on a constant underlying rate of innovation. The statistically-tested model predicts a world population of 9.9 billion in 2050 CE and 16.9 billion in 2100 CE, against the United Nations medium variant 2012 projection of 9.6 billion for 2050 CE and 10.9 billion for 2100 CE. Includes a link to a published version of the spreadsheet used to implement the model. An overview of the model, titled 'Spark', is also available. Building on the author's "Pace Change', this book presents an empirically-grounded high productivity account of world population growth from c. 200,000 BCE (before the common era) to 2100 CE (in the common era) using a simple endogenous stochastic model based on a constant underlying rate of innovation. The statistically-tested model predicts a world population of 9.9 billion in 2050 CE and 16.9 billion in 2100 CE, against the United Nations medium variant 2012 projection of 9.6 billion for 2050 CE and 10.9 billion for 2100 CE. Includes a link to a published version of the spreadsheet used to implement the model. An overview of the model, titled 'Spark', is also available. Inhoud:Taal: Engels;Bindwijze: E-book;Verschijningsdatum: oktober 2014;Aantal pagina's: 90 pagina's;Ebook formaat: Epub zonder kopieerbeveiliging (DRM);ISBN13: 9780957160279; Betrokkenen:Auteur: Alex David;Uitgever: Hugh Alexander David; EAN: Engels | E-book | 9780957160279 | 90 pagina'S.
bol.com.
Building on the author's "Pace Change', this book presents an empirically-grounded high productivity account of world population growth from c. 200,000 BCE (before the common era) to 2100 CE (in the common era) using a simple endogenous stochastic model based on a constant underlying rate of innovation. The statistically-tested model predicts a world population of 9.9 billion in 2050 CE and 16.9 billion in 2100 CE, against the United Nations medium variant 2012 projection of 9.6 billion for 2050 CE and 10.9 billion for 2100 CE. Includes a link to a published version of the spreadsheet used to implement the model. An overview of the model, titled 'Spark', is also available. Building on the author's "Pace Change', this book presents an empirically-grounded high productivity account of world population growth from c. 200,000 BCE (before the common era) to 2100 CE (in the common era) using a simple endogenous stochastic model based on a constant underlying rate of innovation. The statistically-tested model predicts a world population of 9.9 billion in 2050 CE and 16.9 billion in 2100 CE, against the United Nations medium variant 2012 projection of 9.6 billion for 2050 CE and 10.9 billion for 2100 CE. Includes a link to a published version of the spreadsheet used to implement the model. An overview of the model, titled 'Spark', is also available. Inhoud:Taal: Engels;Bindwijze: E-book;Verschijningsdatum: oktober 2014;Aantal pagina's: 90 pagina's;Ebook formaat: Epub zonder kopieerbeveiliging (DRM);ISBN13: 9780957160279; Betrokkenen:Auteur: Alex David;Uitgever: Hugh Alexander David; EAN: Engels | E-book | 9780957160279 | 90 pagina'S.
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A model of innovation (2014)
EN NW EB DLISBN: 9780957160279 bzw. 0957160275, in Englisch, Hugh Alexander David, Hugh Alexander David, Hugh Alexander David, neu, E-Book, elektronischer Download.
Lieferung aus: Vereinigtes Königreich Großbritannien und Nordirland, in-stock.
Building on the author's 'Pace Change', this book presents an empirically-grounded high productivity account of world population growth from c. 200,000 BCE (before the common era) to 2100 CE (in the common era) using a simple endogenous stochastic.
Building on the author's 'Pace Change', this book presents an empirically-grounded high productivity account of world population growth from c. 200,000 BCE (before the common era) to 2100 CE (in the common era) using a simple endogenous stochastic.
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