Name
Papers
Collaborators
HANNS-ALEXANDER DIETRICH
18
15
Citations 
PageRank 
Referers 
64
7.51
114
Referees 
References 
571
429
Search Limit
100571
Title
Citations
PageRank
Year
Business process compliance checking – applying and evaluating a generic pattern matching approach for conceptual models in the financial sector90.492016
Graph theory and model collection management: conceptual framework and runtime analysis of selected graph algorithms20.382015
The generic model query language GMQL - Conceptual specification, implementation, and runtime evaluation.100.642015
Outlining a graphical model query approach based on graph matching.10.382014
Supporting Terminological Standardization in Conceptual Models - a Plugin for a Meta-Modelling Tool.30.402014
A Language-Independent Model Query Tool.10.352014
Comprehensive Tool Support for Enterprise Modeling and Evaluation00.342014
Towards Next Generation Business Process Model Repositories - A Technical Perspective on Loading and Processing of Process Models.00.342013
Performance Benchmarking For Designing Interaction Routines - Managing Trade-Offs In Service Co-Creation With The Data Envelopment Analysis.00.342013
Developing Graphical Model Editors for Meta-Modelling Tools - Requirements, Conceptualisation, and Implementation.20.362013
Using a Generic Model Query Approach to Allow for Process Model Compliance Checking - An Algorithmic Perspective.90.512013
Understanding humanitarian supply chains - Developing an integrated process analysis toolkit.80.622013
A Framework for Fast Graph-Based Pattern Matching in Conceptual Models00.342013
A Runtime Analysis of Graph-Theoretical Algorithms to Detect Patterns in Process Model Collections.40.402012
Supporting Enterprise Transformation using a Universal Model Analysis Approach.40.392012
Identifying Business Process Activity Mappings by Optimizing Behavioral Similarity.60.402012
Fast Pattern Matching in Conceptual Models - Evaluating and Extending a Generic Approach.50.492011
How to model service productivity for data envelopment analysis? a meta-design approach.00.342011