A Logic of Multi-Level Change of Routines

B. Nooteboom

Research output: Working paperDiscussion paperOther research output

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Abstract

This paper tries to account for endogenous change of multi-level routines in terms of nested cycles of discovery, in a hierarchy of scripts.Higher-level scripts constitute the selection environment for lower level ones.On any level, a cycle of discovery proceeds from established dominant designs.When subjected to new conditions, a script first tries to adapt by proximate change, in differentiation, with novel selection of subscripts in existing nodes in existing script architecture.Next, in reciprocation it adopts new nodes from other, surrounding scripts.Next, it adapts script architecture, in novel configurations of old and new nodes.In this way, lower level change of subscripts can force higher-level change of superscripts.In this way, institutions may co-evolve with innovation.
Original languageEnglish
Place of PublicationTilburg
PublisherOrganization
Number of pages25
Volume2005-42
Publication statusPublished - 2005

Publication series

NameCentER Discussion Paper
Volume2005-42

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Innovation

Keywords

  • routines
  • learning
  • evolution

Cite this

Nooteboom, B. (2005). A Logic of Multi-Level Change of Routines. (CentER Discussion Paper; Vol. 2005-42). Tilburg: Organization.
Nooteboom, B. / A Logic of Multi-Level Change of Routines. Tilburg : Organization, 2005. (CentER Discussion Paper).
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Nooteboom, B 2005 'A Logic of Multi-Level Change of Routines' CentER Discussion Paper, vol. 2005-42, Organization, Tilburg.

A Logic of Multi-Level Change of Routines. / Nooteboom, B.

Tilburg : Organization, 2005. (CentER Discussion Paper; Vol. 2005-42).

Research output: Working paperDiscussion paperOther research output

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N2 - This paper tries to account for endogenous change of multi-level routines in terms of nested cycles of discovery, in a hierarchy of scripts.Higher-level scripts constitute the selection environment for lower level ones.On any level, a cycle of discovery proceeds from established dominant designs.When subjected to new conditions, a script first tries to adapt by proximate change, in differentiation, with novel selection of subscripts in existing nodes in existing script architecture.Next, in reciprocation it adopts new nodes from other, surrounding scripts.Next, it adapts script architecture, in novel configurations of old and new nodes.In this way, lower level change of subscripts can force higher-level change of superscripts.In this way, institutions may co-evolve with innovation.

AB - This paper tries to account for endogenous change of multi-level routines in terms of nested cycles of discovery, in a hierarchy of scripts.Higher-level scripts constitute the selection environment for lower level ones.On any level, a cycle of discovery proceeds from established dominant designs.When subjected to new conditions, a script first tries to adapt by proximate change, in differentiation, with novel selection of subscripts in existing nodes in existing script architecture.Next, in reciprocation it adopts new nodes from other, surrounding scripts.Next, it adapts script architecture, in novel configurations of old and new nodes.In this way, lower level change of subscripts can force higher-level change of superscripts.In this way, institutions may co-evolve with innovation.

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KW - learning

KW - evolution

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Nooteboom B. A Logic of Multi-Level Change of Routines. Tilburg: Organization. 2005. (CentER Discussion Paper).