Author List: Basu, Amit; Blanning, Robert W.;
Information Systems Research, 2003, Volume 14, Issue 4, Page 337-355.
Organizations today face increasing pressures to integrate their processes across disparate divisions and functional units, in order to remove inefficiencies as well as to enhance manageability. Process integration involves two major types of changes to process structure: (1) synthesizing processes from separate but interdependent subprocesses, and (2) decomposing aggregate processes into distinct subprocesses that are more manageable. We present an approach to facilitate this type of synthesis and decomposition through formal analysis of process structure using a mathematical structure called a metagraph.
Keywords: Process Integration;Distributed Processes;Metagraphs;Graph Theory;Synthesis and Decomposition
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#180 0.392 multiple elements process environments complex integrated interdependencies design different developing integration order approach dialogue framework capabilities settings building focus distinct
#188 0.196 processes interaction new interactions temporal structure research emergent process theory address temporally core discussion focuses area underlying deep structures way
#167 0.135 workflow tools set paper management specification command support formal implemented scenarios associated sequence large derived taxonomies called given systematic specifications
#0 0.089 information types different type sources analysis develop used behavior specific conditions consider improve using alternative understanding data available main target