Simulationsunterstützung bei der Planung und im Betrieb von flexiblen Fertigungssystemen. - Günther Seliger; Burghilde Wieneke-Toutaoui; Markus Rabe 001 (Simulationstechnik, 1987)

Flexible Abbildung von Produktionseinrichtungen und Steuerung mit dem Planungssystem MOSYS. - Kai Mertins; Markus Rabe 001 (ASIM, 1991)

Introductory Overview. - Günter Spur; Kai Mertins; R. Albrecht; F. Duttenhofer; H. Edeler; Roland Jochem; H. Kopp-Jung; Markus Rabe 001; Burkhard Schallock; U. Wegener (Information Management in Computer Integrated Manufacturing, 1995)

Taking Advantage of Process Oriented Reference Models for Setting Up Federations for Distributed Simulation in HLA Environments. - Kai Mertins; Markus Rabe 001; Peter Rieger (ESM, 1998)

Beginnt ein neues Zeitalter der Simulation? - Markus Rabe 001 (SimVis, 1999)

Neutral template libraries for efficient distributed simulation within a manufacturing system engineering platform. - Kai Mertins; Markus Rabe 001; Frank-Walter Jaekel (WSC, 2000)

Non Military use of HLA within Distributed Manufacturing Scenarios. - Markus Rabe 001; Frank-Walter Jaekel (SimVis, 2001)

The MISSION Project. - Markus Rabe 001; Frank-Walter Jaekel (ICEIMT, 2002)

Inter-Enterprise Planning of Manufacturing Systems Applying Simulation with IPR Protection. - Kai Mertins; Markus Rabe 001 (DIISM, 2002)

Adaption der High Level Architecture (HLA) für die effektive Anwendung in Produktion und Logistik. - Markus Rabe 001; Frank-Walter Jaekel (SimVis, 2002)

Generic Adaptor for Distributed Simulation. - Markus Rabe 001; Frank-Walter Jaekel; Michele Dassisti; Mauro Erriquez (SimVis, 2003)

Modellierung von Layout und Steuerungsregeln für die Materialfluss-Simulation. - Markus Rabe 001 (Fraunhofer-IRB-Verlag, 2003)

Distributed modelling and simulation of supply chains. - Kai Mertins; Markus Rabe 001; Frank-Walter Jäkel (Int. J. Comput. Integr. Manuf., 2005)

Integration of Factory Planning and ERP/MES Systems: Adaptive Simulation Models. - Kai Mertins; Markus Rabe 001; Pavel Gocev (APMS, 2006)

Supply Chair Demonstrator Based on Federated Models and HLA Application. - Markus Rabe 001; Frank-Walter Jaekel; Heiko Weinaug (SimVis, 2006)

Reference models for supply chain design and configuration. - Markus Rabe 001; Frank-Walter Jaekel; Heiko Weinaug (WSC, 2006)

Interoperability and Simulaton. - Markus Rabe 001; Heiko Weinaug (SimVis, 2007)

Verifikation und Validierung für die Simulation in Produktion und Logistik - Vorgehensmodelle und Techniken. - Markus Rabe 001; Sven Spieckermann; Sigrid Wenzel (Springer, 2008)

The Role of Multi-disciplinary B2(B2B) Networks in the "Future Enterprise". - Peter Mihó k; Markus Rabe 001 (AMIF, 2008)

Semantic Web Framework for Rule-Based Generation of Knowledge and Simulation of Manufacturing Systems. - Markus Rabe 001; Pavel Gocev (IESA, 2008)

Models and Methods for Web-support of a Multi-disciplinary B2(B2B) Network. - Heiko Weinaug; Markus Rabe 001 (IESA, 2008)

Vorgehenmodell zur Verifikation und Validierung für die Simulation in Produktion und Logistik. - Markus Rabe 001; Sven Spieckermann; Sigrid Wenzel (SimVis, 2008)

A new procedure model for verification and validation in production and logistics simulation. - Markus Rabe 001; Sven Spieckermann; Sigrid Wenzel (WSC, 2008)

Verification and Validation Activities within a New Procedure Model for V&V in Production and Logistics Simulation. - Markus Rabe 001; Sven Spieckermann; Sigrid Wenzel (WSC, 2009)

Verification and Validation for Simulation in Production and Logistics. - Markus Rabe 001; Sven Spieckermann; Sigrid Wenzel (Simul. Notes Eur., 2009)

A Success Story: Manufacturing Execution System Implementation. - Albin Bajric; Kay Mertins; Markus Rabe 001; Frank-Walter Jaekel (I-ESA, 2010)

Applying semantic web technologies for efficient preparation of simulation studies in manufacturing. - Markus Rabe 001; Pavel Gocev (WSC, 2012)

An approach for increasing flexibility in green supply chains driven by simulation. - Markus Rabe 001; Adrienn Horvath; Sven Spieckermann; Till Fechteler (WSC, 2012)

State of Art and Research Demands for Simulation Modeling of Green Supply Chains. - Markus Rabe 001; Maik Deininger (Int. J. Autom. Technol., 2012)

A data model for carbon footprint simulation in consumer goods supply chains. - Kai Gutenschwager; Markus Rabe 001; Mehmet Umut Sari; Till Fechteler (WSC, 2013)

An approach for increasing the level of accuracy in supply chain simulation by using patterns on input data. - Markus Rabe 001; Anne Antonia Scheidler (WSC, 2014)

Verification of Petri Nets based Simulation Models using Coverage Metrics. - Markus Rabe 001; Maik Deininger; Anne Antonia Scheidler (SIGSIM-PADS, 2015)

A reinforcement learning approach for a decision support system for logistics networks. - Markus Rabe 001; Felix Dross (WSC, 2015)

Guest Editorial. - Angel A. Juan; Markus Rabe 001; Javier Faulin; Scott E. Grasman (J. Simulation, 2015)

Simulation: The past 10 years and the next 10 years. - Russell C. H. Cheng; Charles M. Macal; Barry S. Nelson; Markus Rabe 001; Christine S. M. Currie; John W. Fowler; Loo Hay Lee (WSC, 2016)

An approach for modeling collaborative route planning in supply chain simulation. - Markus Rabe 001; Uwe Clausen; Astrid Klueter; Moritz Pöting (WSC, 2016)

Panel - Reproducible research in discrete event simulation - A must or rather a maybe? - Adelinde M. Uhrmacher; Sally C. Brailsford; Jason Liu 001; Markus Rabe 001; Andreas Tolk (WSC, 2016)

Editorial. - Sigrid Wenzel; Markus Rabe 001; Christoph Laroque (J. Simulation, 2016)

Method to model actions for discrete-event simulations of logistics networks. - Markus Rabe 001; Dominik Schmitt; Felix Dross (WSC, 2017)

Editorial. - Markus Rabe 001; Uwe Clausen; Sigrid Wenzel (J. Simulation, 2017)

Utilizing Domain-Specific Information in Decision Support for Logistics Networks. - Markus Rabe 001; Dominik Schmitt; Majsa Ammouriova (LDIC, 2018)

Comparison of Approaches to Encrypt Data for supply Chain simulation Applications in Cloud Environments. - Kai Gutenschwager; Marcel Theile; Bastian Wilhelm; Markus Rabe 001 (WSC, 2018)

Improving the Performance of a Logistics Assistance System for materials Trading Networks by Grouping Similar Actions. - Markus Rabe 001; Majsa Ammouriova; Dominik Schmitt (WSC, 2018)

Utilizing Domain-Specific Information for the Optimization of Logistics Networks. - Markus Rabe 001; Majsa Ammouriova; Dominik Schmitt (WSC, 2018)

Evaluating the Consolidation of Distribution flows using a discrete Event supply Chain simulation Tool: Application to a Case Study in Greece. - Markus Rabe 001; Astrid Klueter; Alexander Wuttke (WSC, 2018)

Crisis, What Crisis - does reproducibility in Modeling & simulation Really Matter? - Simon J. E. Taylor; Tillal Eldabi; Thomas Monks; Markus Rabe 001; Adelinde M. Uhrmacher (WSC, 2018)

Considering Energy-Related Factors in the Simulation of Logistics Systems. - Moritz Pöting; Bastian Prell; Markus Rabe 001; Tobias Uhlig; Sigrid Wenzel (WSC, 2019)

Domain-Specific Language for Modeling and Simulating Actions in Logistics Networks. - Markus Rabe 001; Dominik Schmitt (WSC, 2019)

A Simulation-Optimization Approach for Locating Automated Parcel Lockers in Urban Logistics Operations. - Markus Rabe 001; Jorge L. Chicaiza-Vaca; Rafael David Tordecilla; Angel A. Juan (WSC, 2020)

Digital Twins in Simulative Applications: A Taxonomy. - Hendrik van der Valk; Joachim Hunker; Markus Rabe 001; Boris Otto (WSC, 2020)

Evaluating different distance metrics for calculating distances of last mile deliveries in urban areas for integration into supply chain simulation. - Markus Rabe 001; Astrid Klueter; Johannes Raps (J. Simulation, 2020)

Speeding up computational times in simheuristics combining genetic algorithms with discrete-Event simulation. - Markus Rabe 001; Maik Deininger; Angel A. Juan (Simul. Model. Pract. Theory, 2020)

Supporting Hospital Logistics During the First Months of The COVID-19 Crisis: A Simheuristic for the Stochastic Team Orienteering Problem. - Markus Rabe 001; Jorge L. Chicaiza-Vaca; Rafael David Tordecilla; Leandro do C. Martins; Angel A. Juan (WSC, 2021)

A Farming-for-Mining-Framework to Gain Knowledge in Supply Chains. - Joachim Hunker; Alexander Wuttke; Anne Antonia Scheidler; Markus Rabe 001 (WSC, 2021)

A Hybrid Modeling Approach for Automated Parcel Lockers as a Last-Mile Delivery Scheme: A Case Study in Pamplona (Spain). - Adrian Serrano-Hernandez; Sergio Martinez-Abad; Aitor Ballano; Javier Faulin; Markus Rabe 001; Jorge L. Chicaiza-Vaca (WSC, 2021)

Simulation-Optimization Approach for Multi-Period Facility Location Problems with Forecasted and Random Demands in a Last-Mile Logistics Application. - Markus Rabe 001; Jesús González-Feliu; Jorge L. Chicaiza-Vaca; Rafael David Tordecilla (Algorithms, 2021)

Simheuristics Approaches for Efficient Decision-Making Support in Materials Trading Networks. - Markus Rabe 001; Majsa Ammouriova; Dominik Schmitt; Felix Dross (Algorithms, 2021)

Integral verification and validation for knowledge discovery procedure models. - Anne Antonia Scheidler; Markus Rabe 001 (Int. J. Bus. Intell. Data Min., 2021)

Towards a paradigm shift in vehicle project management: From a traditional multi-project-management to an integrated process-based digital approach. - Markus Rabe 001; Emre Kiliç (CENTERIS/ProjMAN/HCist, 2022)

Modeling of Intralogistic Processes for the Implementation of Warehouse Management Systems. - Markus Rabe 001; Felix Stadler (MODELSWARD, 2022)

Approach to Reference Models for Building Performance Simulation. - Sahil-Jai Arora; Clara Ceccolini; Markus Rabe 001 (MODELSWARD, 2022)

A New Data Farming Procedure Model for a Farming for Mining Method in Logistics Networks. - Joachim Hunker; Anne Antonia Scheidler; Markus Rabe 001; Hendrik van der Valk (WSC, 2022)

Characteristics of Simulation: A Meta-Review of Modern Simulation Applications. - Hendrik van der Valk; Stephanie Winkelmann; Felix Ramge; Joachim Hunker; Katharina Langenbach; Markus Rabe 001 (WSC, 2022)

Framing the Digital Business Process Twin: From a Holistic Maturity Model to a Specific and Substantial Use Case in the Automotive Industry. - Markus Rabe 001; Emre Kiliç (Business Process Management Workshops, 2023)

Reference Model to support decision-making in the planning and evaluation of automated order picking systems of heavy flatpacks in retail and wholesale fulfilment units. - Trang Nguyen-Krogull; Markus Rabe 001 (CENTERIS/ProjMAN/HCist, 2023)

Track and trace based on the digital enterprise architecture concept. - Markus Rabe 001; Henrik Körsgen (ICE/ITMC, 2023)

Blockchain Subnets for Track & Trace Within the Logistics System Landscape. - Henrik Körsgen; Markus Rabe 001 (IN4PL, 2023)

Approach for Classifying the Automatability of Verification and Validation Techniques. - Katharina Langenbach; Markus Rabe 001 (WSC, 2023)

Enhancing Digital Twins with Advances in Simulation and Artificial Intelligence: Opportunities and Challenges. - Simon J. E. Taylor; Charles M. Macal; Andrea Matta; Markus Rabe 001; Susan M. Sanchez; Guodong Shao (WSC, 2023)

Estimating Parameters with Data Farming for Condition-Based Maintenance in a Digital Twin. - Alexander Wuttke; Joachim Hunker; Markus Rabe 001; Jan-Philipp Diepenbrock (WSC, 2023)

Solving NP-Hard Challenges in Logistics and Transportation under General Uncertainty Scenarios Using Fuzzy Simheuristics. - Angel A. Juan; Markus Rabe 001; Majsa Ammouriova; Javier Panadero; David Peidro; Daniel Riera (Algorithms, 2023)

Approach to Reference Models for Building Performance Simulation: Establishing Common Understanding. - Sahil-Jai Arora; Markus Rabe 001 (SN Comput. Sci., 2023)

Predictive maintenance: assessment of potentials for residential heating systems. - Sahil-Jai Arora; Markus Rabe 001 (Int. J. Comput. Integr. Manuf., 2023)

Utilizing Data Analysis for Optimized Determination of the Current Operational State of Heating Systems. - Ahmed Qarqour; Sahil-Jai Arora; Gernot Heisenberg; Markus Rabe 001; Tobias Kleinert (KDIR, 2024)

Combining Simulation and Recurrent Neural Networks for Model-Based Condition Monitoring of Machines. - Alexander Wuttke; Markus Rabe 001; Joachim Hunker; Jan-Philipp Diepenbrock (WSC, 2024)

Comparing Direct Deliveries and Automated Parcel Locker Systems with Respect to Overall CO2 Emissions for the Last Mile. - Kai Gutenschwager; Markus Rabe 001; Jorge L. Chicaiza-Vaca (Algorithms, 2024)

Combined Integration of Simulation and Machine Learning in a Design Methodology for Agile Production Networks. - Willian Vent; Markus Rabe 001 (Simul. Notes Eur., 2024)

LogFarm: An Open Source Graph-based Simulator for Logistics Networks. - Alexander Wuttke; Joachim Hunker; Markus Rabe 001 (Simul. Notes Eur., 2024)

Review of Maturity Models for Data Mining and Proposal of a Data Preparation Maturity Model Prototype for Data Mining. - Florian Hochkamp; Anne Antonia Scheidler; Markus Rabe 001 (Comput., 2025)