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CEE Growth & Development Dragana Staniˇ si´ c UPCES Lecture 20 Fall Term 2014
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CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

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Page 1: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

CEE Growth & Development

Dragana Stanisic

UPCESLecture 20

Fall Term 2014

Page 2: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

EBRD Report - Schumpeter model

Schumpeter’s model of economic growth driven by innovation

Yi ,t = A1−αi ,t Kα

i ,t , where (0 < α < 1);Ai ,t is the most recent technology used in industry i , in time t.Ki ,t flow of a intermediate products used in this sector.Yi ,t is aggregate output of industry i in time t.

Ai ,t is generated by most successful entrepreneur. Theentrepreneur in time t displaced an entrepreneur in time t − 1by innovating more productive factors of production. (TE:What happens in time t + 1?)

Higher economy growth rate implies higher firm turn-over.This is how process of ’creative destruction’ generates entry ofnew and exit of former innovators.

Page 3: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

EBRD Report - Schumpeter model

Schumpeter’s model of economic growth driven by innovation

Yi ,t = A1−αi ,t Kα

i ,t , where (0 < α < 1);Ai ,t is the most recent technology used in industry i , in time t.Ki ,t flow of a intermediate products used in this sector.Yi ,t is aggregate output of industry i in time t.

Ai ,t is generated by most successful entrepreneur. Theentrepreneur in time t displaced an entrepreneur in time t − 1by innovating more productive factors of production. (TE:What happens in time t + 1?)

Higher economy growth rate implies higher firm turn-over.This is how process of ’creative destruction’ generates entry ofnew and exit of former innovators.

Page 4: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

Designing policies for growth Innovation and Imitation(EBRD Report)

In this framework, countries can increase productivity by imitatingor innovating.

Which path will countries choose, depends on the proximity to’technological frontier’.

Countries can be either at

’tech frontier’

imitators

A = un(γ − 1)A + um(A− A), where

γ is multiplier of pre-existing level of innovation

A global technology knowledgeun,m frequency of innovation and imitation which are affected byinstitutions built to foster one or another.

Page 5: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

Designing policies for growth Innovation and Imitation(EBRD Report)

In this framework, countries can increase productivity by imitatingor innovating.

Which path will countries choose, depends on the proximity to’technological frontier’.

Countries can be either at

’tech frontier’

imitators

A = un(γ − 1)A + um(A− A), where

γ is multiplier of pre-existing level of innovationA global technology knowledge

un,m frequency of innovation and imitation which are affected byinstitutions built to foster one or another.

Page 6: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

Designing policies for growth Innovation and Imitation(EBRD Report)

In this framework, countries can increase productivity by imitatingor innovating.

Which path will countries choose, depends on the proximity to’technological frontier’.

Countries can be either at

’tech frontier’

imitators

A = un(γ − 1)A + um(A− A), where

γ is multiplier of pre-existing level of innovationA global technology knowledgeun,m frequency of innovation and imitation which are affected byinstitutions built to foster one or another.

Page 7: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

Schumpeter model continued

If we define g as a rate of technology growth in time t, then

g = un(γ − 1)A + um(a−1t − 1)

TE: Fully derive the above equation.

at = At/At , inverse measure from distance from ’tech frontier’.

If at is lower it implies that country will grow faster.The country benefits higher knowledge spillovers from moreadvanced economies. (Historical examples: Japan and Europe after1945)

Page 8: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

Economic environment has large influence on the usage oftechnology in the economy

Imitation has tended to occur where:

Large firms can take advantage of economies of scale

Small labour mobility

Limited competition and entry

Financial markets are limited (bank finance)

Page 9: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

Economic environment has large influence on the usage oftechnology in the economy

Countries that innovate at the technological frontier have tendedto require:

High labour market mobility

Intense competition and low barriers of entry

Focus on graduate education

Larger role of non-bank finance

Page 10: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

Polices for growth:

1 Competition and entry

2 Education

3 Financial Constraints

4 Financial Reform

Page 11: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

1.Competition and entry

Increasing competition increases labour productivity andeconomic growth.

How do we measure competition? By entry rates.What are the reasons for low entry rates? Because of barriersof entry: access to finance, taxation, and regulation.

Page 12: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

Domestic versus foreign competition

Page 13: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

1.Competition and entry, continued

How to increase competition in an economy?

Building better institutions (?)Contract enforcement process (?)Property rights, registration procedures (Example of Lithuania- 3 days, versus Bosnia and Herzegovina - 331 days).

EU accession process helps...

How does competition enhance innovation?

Page 14: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

2. Education

With more educated population, technology innovation andimitation are enhanced.

How is education measured? By looking at the share of GDPinvested in education, or by educational attainment of thepopulation. Recently, quality of education is used as well.

Page 15: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

Correlation between test scores and real GDP

Increase of 100 points(st. dev) increases GDP for 1.3 to 2%

Page 16: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

Composition of education investment

Countries closer to tech frontier spend more on tertiary edu.

Page 17: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

Correlation between education investment and test scores

Page 18: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

Tertiary graduates by field of study

Page 19: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

3. Financial Constraints

Firms face credit constraints due to asymmetric informationbetween financiers and firms.

Levine (2004) uses two measures of financial development:ratio of bank credit to GDP, and the degree of stock marketcapitalisation – which are significantly related with growth inthe long run.

Credit constraints act as a main barrier of entry andpost-entry growth for small firms, whereas labour marketregulations inhibit the entry of large firms.

Page 20: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

SME density and GDP growth

Page 21: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

TFP frontier to the manufacturing sector

Page 22: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

3. Financial Constraints, continued

Financial development is a gradual process, it can be speededup by:

setting-up of good banking institutions;elimination of non-performing loans;opening up domestic economies to foreign banks and directinvestment.

Page 23: CEE Growth & Development - CERGE-EIhome.cerge-ei.cz/dragana/L10.1.pdf · CEE Growth & Development Dragana Stani si c UPCES Lecture 20 Fall Term 2014. EBRD Report - Schumpeter model

4. Financing reform

This reform is related to the tax reform and inflation control.