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• Falazi, Ghareeb; Breitenbücher, Uwe; Daniel, Florian; Lamparelli, Florian; Leymann, Frank; Yussupov, Vladimir: Smart Contract Invocation Protocol (SCIP): A Protocol for the Uniform Integration of Heterogeneous Blockchain Smart Contracts. In: Dustdar, Schahram (Hrsg); Yu, Eric (Hrsg); Salinesi, Camille (Hrsg); Rieu, Dominique (Hrsg); Pant, Vik (Hrsg): CAiSE 2020: Advanced Information Systems Engineering.
• Krieger, Christoph; Breitenbücher, Uwe; Falkenthal, Michael; Leymann, Frank; Yussupov, Vladimir; Zdun, Uwe: Monitoring Behavioral Compliance with Architectural Patterns Based on Complex Event Processing. In: Proceedings of the 8th European Conference on Service-Oriented and Cloud Computing (ESOCC 2020).
• Leymann, Frank; Barzen, Johanna; Falkenthal, Michael; Vietz, Daniel; Weder, Benjamin; Wild, Karoline: Quantum in the Cloud: Application Potentials and Research Opportunities. In: Proceedings of the 10th International Conference on Cloud Computing and Service Science (CLOSER 2020).
• Schildkamp, Philip; Harzenetter, Lukas; Breitenbücher, Uwe; Leymann, Frank; Mathiak, Brigitte; Neuefeind, Claes: Modellierung und Verwaltung von DHAnwendungen in TOSCA. In: Schöch, Christof (Hrsg): DHd 2020 Spielräume: Digital Humanities zwischen Modellierung und Interpretation. Konferenzabstracts.
• Wild, Karoline; Breitenbücher, Uwe; Képes, Kálmán; Leymann, Frank; Weder, Benjamin: Decentralized Cross-Organizational Application Deployment Automation: An Approach for Generating Deployment Choreographies Based on Declarative Deployment Models. In: Proceedings of the 32nd Conference on Advanced Information Systems Engineering (CAiSE 2020).
• Wurster, Michael; Breitenbücher, Uwe; Brogi, Antonio; Harzenetter, Lukas; Leymann, Frank; Soldani, Jacopo: Technology-Agnostic Declarative Deployment Automation of Cloud Applications. In: Service-Oriented and Cloud Computing (ESOCC 2020).
• Wurster, Michael; Breitenbücher, Uwe; Brogi, Antonio; Leymann, Frank; Soldani, Jacopo: Cloud-native Deploy-ability: An Analysis of Required Features of Deployment Technologies to Deploy Arbitrary Cloud-native Applications. In: Proceedings of the 10th International Conference on Cloud Computing and Services Science (CLOSER), 2020.
• Wurster, Michael; Breitenbücher, Uwe; Harzenetter, Lukas; Leymann, Frank; Soldani, Jacopo; Yussupov, Vladimir: TOSCA Light: Bridging the Gap between the TOSCA Specification and Production-ready Deployment Technologies. In: Proceedings of the 10th International Conference on Cloud Computing and Services Science (CLOSER), 2020.
• Wurster, Michael; Breitenbücher, Uwe; Harzenetter, Lukas; Leymann, Frank; Soldani, Jacopo: TOSCA Lightning: An Integrated Toolchain for Transforming TOSCA Light into Production-Ready Deployment Technologies. In: Advanced Information Systems Engineering. CAiSE 2020.
• Wurster, Michael; Breitenbücher, Uwe; Harzenetter, Lukas; Leymann, Frank; Soldani, Jacopo: TOSCA Lightning: An Integrated Toolchain for Transforming TOSCA Light into Production-Ready Deployment Technologies. In: Advanced Information Systems Engineering. CAiSE 2020.
• Wurster, Michael; Breitenbücher, Uwe; Harzenetter, Lukas; Leymann, Frank; Soldani, Jacopo: TOSCA Lightning: An Integrated Toolchain for Transforming TOSCA Light into Production-Ready Deployment Technologies. In: Advanced Information Systems Engineering. CAiSE 2020.
• Wurster, Michael; Breitenbücher, Uwe; Harzenetter, Lukas; Leymann, Frank; Soldani, Jacopo: TOSCA Lightning: An Integrated Toolchain for Transforming TOSCA Light into Production-Ready Deployment Technologies. In: Advanced Information Systems Engineering. CAiSE 2020.
• Wurster, Michael; Breitenbücher, Uwe; Harzenetter, Lukas; Leymann, Frank; Soldani, Jacopo: TOSCA Lightning: An Integrated Toolchain for Transforming TOSCA Light into Production-Ready Deployment Technologies. In: Advanced Information Systems Engineering. CAiSE 2020.
• Wurster, Michael; Breitenbücher, Uwe; Harzenetter, Lukas; Leymann, Frank; Soldani, Jacopo: TOSCA Lightning: An Integrated Toolchain for Transforming TOSCA Light into Production-Ready Deployment Technologies. In: Advanced Information Systems Engineering (CAiSE Forum 2020).
• Yussupov, Vladimir; Breitenbücher, Uwe; Kaplan, Ayhan; Leymann, Frank: SEAPORT: Assessing the Portability of Serverless Applications. In: Ferguson, Donald (Hrsg); Helfert, Markus (Hrsg); Pahl, Claus (Hrsg): Proceedings of the 10th International Conference on Cloud Computing and Services Science (CLOSER 2020).
• Yussupov, Vladimir; Breitenbücher, Uwe; Krieger, Christoph; Leymann, Frank; Soldani, Jacopo; Wurster, Michael: Pattern-based Modelling, Integration, and Deployment of Microservice Architectures. In: Proceedings of the 2020 IEEE 24th International Enterprise Distributed Object Computing Conference (EDOC 2020).
• Zimmermann, Michael; Breitenbücher, Uwe; Harzenetter, Lukas; Leymann, Frank; Yussupov, Vladimir: Self-Contained Service Deployment Packages. In: Ferguson, Donald (Hrsg); Helfert, Markus (Hrsg); Pahl, Claus (Hrsg): Proceedings of the 10th International Conference on Cloud Computing and Services Science (CLOSER 2020).
• Zimmermann, Michael; Breitenbücher, Uwe; Képes, Kálmán; Leymann, Frank; Weder, Benjamin: Data Flow Dependent Component Placement of Data Processing Cloud Applications. In: Proceedings of the 2020 IEEE International Conference on Cloud Engineering (IC2E).

• Barzen, Johanna; Leymann, Frank: Quantum Humanities: A First Use Case for Quantum-ML in Media Science. In: Digitale Welt. Vol. 4(1), eMedia Gesellschaft für Elektronische Medien mbH, 2020.
• Barzen, Johanna; Leymann, Frank: Quantum Humanities: A First Use Case for Quantum-ML in Media Science. In: Digitale Welt. Vol. 4(1), eMedia Gesellschaft für Elektronische Medien mbH, 2020.
• Falazi, Ghareeb; Lamparelli, Andrea; Breitenbücher, Uwe; Daniel, Florian; Leymann, Frank: Unified Integration of Smart Contracts Through Service Orientation. In: IEEE Software. Vol. 37(5), IEEE, 2020.
• Leymann, Frank; Barzen, Johanna: The bitter truth about gate-based quantum algorithms in the NISQ era. In: Quantum Science and Technology, IOP Publishing Ltd, 2020.
• Leymann, Frank; Barzen, Johanna: The bitter truth about gate-based quantum algorithms in the NISQ era. In: Quantum Science and Technology, IOP Publishing Ltd, 2020.
• Leymann, Frank; Barzen, Johanna: The bitter truth about gate-based quantum algorithms in the NISQ era. In: Quantum Science and Technology, IOP Publishing Ltd, 2020.
• Leymann, Frank; Barzen, Johanna: The bitter truth about gate-based quantum algorithms in the NISQ era. In: Quantum Science and Technology, IOP Publishing Ltd, 2020.
• Leymann, Frank; Barzen, Johanna: The bitter truth about gate-based quantum algorithms in the NISQ era. In: Quantum Science and Technology, IOP Publishing Ltd, 2020.
• Leymann, Frank; Barzen, Johanna: The bitter truth about gate-based quantum algorithms in the NISQ era. In: Quantum Science and Technology, IOP Publishing Ltd, 2020.
• Leymann, Franl; Barzen, Johanna: The bitter truth about gate-based quantum algorithms in the NISQ era. In: Quantum Science and Technology, IOP Publishing Ltd, 2020.

• Nr. 0001:  Nieuwenhuizen, Florian: Time-sensitive Deployment and Management for Cyber-Physical Systems using TOSCA, Masterarbeit Nr. 1, 2020.
• Nr. 0003:  Mikalkinas, Domas: Situationsabhängige Modellierung und Ausführung von Choreographien, Masterarbeit Nr. 3, 2020.
• Nr. 0007:  Hossain, Amimul: Service-oriented design of energy management systems for microgrids, Masterarbeit Nr. 7, 2020.
• Nr. 0011:  Munawar, Javadan: Travel service composition under temporal contraints, Masterarbeit Nr. 11, 2020.
• Nr. 0013:  Karbasiyan Varnamkhasti, Hamzeh: Realization of Artificial Intelligence Planning for the Ubiquitous Computing Environment of Manufacturing Intralogistics, Masterarbeit Nr. 13, 2020.
• Nr. 0016:  Baloch, Sajid: Temporal reasoning for web services composition for personal assistants, Masterarbeit Nr. 16, 2020.
• Nr. 0025:  Ramachandran Selvaraj, Sri Vishnu: Feasibility analysis of using Model Predictive Control in Demand-Side Management of residential building, Masterarbeit Nr. 25, 2020.
• Nr. 0029:  Dang, Phi: Live-modeling: enabling deployments at modeling time in OpenTOSCA, Masterarbeit Nr. 29, 2020.
• Nr. 0030:  Diez, Felix: Framework for orchestrating application deployments using multiple deployment technologies, Masterarbeit Nr. 30, 2020.
• Nr. 0031:  Beisel, Martin: Mustererstellung für Quantenalgorithmen in einem Musterrepository, Masterarbeit Nr. 31, 2020.
• Nr. 0032:  Kelapure, Sarthak: Design of a software architecture for supervisor system in a satellite, Masterarbeit Nr. 32, 2020.
• Nr. 0039:  Mathony, Tobias: Deployment-technology-agnostic management of running applications, Masterarbeit Nr. 39, 2020.
• Nr. 0045:  Graef, Sebstian: Designing and implementing usable, interoperable, and reusable services of AI planning capabilities, Masterarbeit Nr. 45, 2020.
• Nr. 0050:  Wangler, Thomas: Development of a vendor independent quantum computing transpiler, Masterarbeit Nr. 50, 2020.
• Nr. 0052:  Graf, Marcel: Automatisierte Aggregation von Musterimplementierungen, Masterarbeit Nr. 52, 2020.
• Nr. 0055:  Degutis, Daniel Ryan: Modeling and transformation of serverless workflows, Masterarbeit Nr. 55, 2020.
• Nr. 0056:  Ashok, Sandesh Kenjana: Development of a Web-based application for analysis and visualization of CO2 emissions of european power systems, Masterarbeit Nr. 56, 2020.
• Nr. 0057:  Raghavan, Priyanga: Learning planning domains for office buildings using IoT data, Masterarbeit Nr. 57, 2020.
• Nr. 0079:  Geyer, Simon: Automatische Modellextraktion von Serverless-Anwendungen, Masterarbeit Nr. 79, 2020.

• Ashok, Sandesh Kenjana: Development of a Web-based application for analysis and visualization of CO2 emissions of european power systems, Masterarbeit Nr. 56, 2020.
• Baloch, Sajid: Temporal reasoning for web services composition for personal assistants, Masterarbeit Nr. 16, 2020.
• Beisel, Martin: Mustererstellung für Quantenalgorithmen in einem Musterrepository, Masterarbeit Nr. 31, 2020.
• Dang, Phi: Live-modeling: enabling deployments at modeling time in OpenTOSCA, Masterarbeit Nr. 29, 2020.
• Degutis, Daniel Ryan: Modeling and transformation of serverless workflows, Masterarbeit Nr. 55, 2020.
• Diez, Felix: Framework for orchestrating application deployments using multiple deployment technologies, Masterarbeit Nr. 30, 2020.
• Geyer, Simon: Automatische Modellextraktion von Serverless-Anwendungen, Masterarbeit Nr. 79, 2020.
• Graef, Sebstian: Designing and implementing usable, interoperable, and reusable services of AI planning capabilities, Masterarbeit Nr. 45, 2020.
• Graf, Marcel: Automatisierte Aggregation von Musterimplementierungen, Masterarbeit Nr. 52, 2020.
• Hossain, Amimul: Service-oriented design of energy management systems for microgrids, Masterarbeit Nr. 7, 2020.
• Karbasiyan Varnamkhasti, Hamzeh: Realization of Artificial Intelligence Planning for the Ubiquitous Computing Environment of Manufacturing Intralogistics, Masterarbeit Nr. 13, 2020.
• Kelapure, Sarthak: Design of a software architecture for supervisor system in a satellite, Masterarbeit Nr. 32, 2020.
• Mathony, Tobias: Deployment-technology-agnostic management of running applications, Masterarbeit Nr. 39, 2020.
• Mikalkinas, Domas: Situationsabhängige Modellierung und Ausführung von Choreographien, Masterarbeit Nr. 3, 2020.
• Munawar, Javadan: Travel service composition under temporal contraints, Masterarbeit Nr. 11, 2020.
• Nieuwenhuizen, Florian: Time-sensitive Deployment and Management for Cyber-Physical Systems using TOSCA, Masterarbeit Nr. 1, 2020.
• Raghavan, Priyanga: Learning planning domains for office buildings using IoT data, Masterarbeit Nr. 57, 2020.
• Ramachandran Selvaraj, Sri Vishnu: Feasibility analysis of using Model Predictive Control in Demand-Side Management of residential building, Masterarbeit Nr. 25, 2020.
• Wangler, Thomas: Development of a vendor independent quantum computing transpiler, Masterarbeit Nr. 50, 2020.

• Nr. 0001:  Li, Zhixian: AI planning for managing energy demand in office buildings, Bachelorarbeit Nr. 1, 2020.
• Nr. 0004:  Allahyarli, Kanan: CO2-efficient demand response: potential benefits in varying energy mix scenarios, Bachelorarbeit Nr. 4, 2020.
• Nr. 0009:  Menzel, Kai: Modellierung und Bewertung der Sicherheitsverhalten eines MRK Arbeitsplatzes, Bachelorarbeit Nr. 9, 2020.
• Nr. 0010:  Hanitzsch, Katharina: Ein Konzept zum Testen der Nutzererfahrung eines Ökosystems am Beispiel OpenTOSCA, Bachelorarbeit Nr. 10, 2020.
• Nr. 0018:  Fourati, Ines: Internet of Things in Data Centers, Bachelorarbeit Nr. 18, 2020.
• Nr. 0033:  Furhmann, Jan: Modellierung von TOSCA-basierten Deployment Modellen in Java, Bachelorarbeit Nr. 33, 2020.
• Nr. 0035:  Lieb, Clemens: TOSCA Simple Profile Modellierungsunterstützung für
Eclipse Winery, Bachelorarbeit Nr. 35, 2020.
• Nr. 0037:  Berg, Jan: Improve content extraction in web pages for browser reader modes, Bachelorarbeit Nr. 37, 2020.
• Nr. 0038:  Stiliadou, Lavinia: Situationsabhängige Modellierung für die OpenTOSCA Benutzeroberfläche, Bachelorarbeit Nr. 38, 2020.
• Nr. 0041:  Artuvan, Umut Onat: Automatic Generation of Blockchain Smart Contract Descriptors and Client Application Skeletons, Bachelorarbeit Nr. 41, 2020.
• Nr. 0047:  Almaguer, Andrew: Extending query fulfillment by digital personal assistants with temporal reasoning, Bachelorarbeit Nr. 47, 2020.
• Nr. 0053:  Meyer, Luca: A collaborative pattern writing platform, Bachelorarbeit Nr. 53, 2020.
• Nr. 0054:  Schnell, Miriam: Plant detection and classification in agricultural fields, Bachelorarbeit Nr. 54, 2020.
• Nr. 0057:  Rupietta, Leonhard: Carbon flow assessment and analysis in European countries: potential benefits of CO2-efficient Demand Response programs in interconnected electricity markets, Bachelorarbeit Nr. 57, 2020.
• Nr. 0060:  Jackson, Oliver: Development of an API for temporal coordination of multiple services, Bachelorarbeit Nr. 60, 2020.
• Nr. 0063:  Bopp, Daniel: Deployable Research Object Archives Based on TOSCA, Bachelorarbeit Nr. 63, 2020.
• Nr. 0067:  Voigt, Dominik: Tool support for the search process of systematic literature reviews, Bachelorarbeit Nr. 67, 2020.
• Nr. 0070:  Heiland, Lukas: Domain-independent AI planning for demand-side management in office buildings, Bachelorarbeit Nr. 70, 2020.
• Nr. 0091:  Truong, Thanh Phong: Entwicklung von ausführbaren TOSCA Deployment Modellen für ein automatisiertes Deployment von
Serverless und Microservice Applikationen, Bachelorarbeit Nr. 91, 2020.
• Nr. 0102:  Lebherz, Benjamin: Retrieval and Analysis of Quantum Hardware Characteristics, Bachelorarbeit Nr. 102, 2020.
• Nr. 0103:  Barlas, Emre: Support Dependency Resolving of VM Images in Eclipse Winery, Bachelorarbeit Nr. 103, 2020.

• Allahyarli, Kanan: CO2-efficient demand response: potential benefits in varying energy mix scenarios, Bachelorarbeit Nr. 4, 2020.
• Almaguer, Andrew: Extending query fulfillment by digital personal assistants with temporal reasoning, Bachelorarbeit Nr. 47, 2020.
• Artuvan, Umut Onat: Automatic Generation of Blockchain Smart Contract Descriptors and Client Application Skeletons, Bachelorarbeit Nr. 41, 2020.
• Barlas, Emre: Support Dependency Resolving of VM Images in Eclipse Winery, Bachelorarbeit Nr. 103, 2020.
• Berg, Jan: Improve content extraction in web pages for browser reader modes, Bachelorarbeit Nr. 37, 2020.
• Bopp, Daniel: Deployable Research Object Archives Based on TOSCA, Bachelorarbeit Nr. 63, 2020.
• Fourati, Ines: Internet of Things in Data Centers, Bachelorarbeit Nr. 18, 2020.
• Furhmann, Jan: Modellierung von TOSCA-basierten Deployment Modellen in Java, Bachelorarbeit Nr. 33, 2020.
• Hanitzsch, Katharina: Ein Konzept zum Testen der Nutzererfahrung eines Ökosystems am Beispiel OpenTOSCA, Bachelorarbeit Nr. 10, 2020.
• Heiland, Lukas: Domain-independent AI planning for demand-side management in office buildings, Bachelorarbeit Nr. 70, 2020.
• Jackson, Oliver: Development of an API for temporal coordination of multiple services, Bachelorarbeit Nr. 60, 2020.
• Lebherz, Benjamin: Retrieval and Analysis of Quantum Hardware Characteristics, Bachelorarbeit Nr. 102, 2020.
• Li, Zhixian: AI planning for managing energy demand in office buildings, Bachelorarbeit Nr. 1, 2020.
• Lieb, Clemens: TOSCA Simple Profile Modellierungsunterstützung für
Eclipse Winery, Bachelorarbeit Nr. 35, 2020.
• Menzel, Kai: Modellierung und Bewertung der Sicherheitsverhalten eines MRK Arbeitsplatzes, Bachelorarbeit Nr. 9, 2020.
• Meyer, Luca: A collaborative pattern writing platform, Bachelorarbeit Nr. 53, 2020.
• Rupietta, Leonhard: Carbon flow assessment and analysis in European countries: potential benefits of CO2-efficient Demand Response programs in interconnected electricity markets, Bachelorarbeit Nr. 57, 2020.
• Schnell, Miriam: Plant detection and classification in agricultural fields, Bachelorarbeit Nr. 54, 2020.
• Stiliadou, Lavinia: Situationsabhängige Modellierung für die OpenTOSCA Benutzeroberfläche, Bachelorarbeit Nr. 38, 2020.
• Truong, Thanh Phong: Entwicklung von ausführbaren TOSCA Deployment Modellen für ein automatisiertes Deployment von
Serverless und Microservice Applikationen, Bachelorarbeit Nr. 91, 2020.
• Voigt, Dominik: Tool support for the search process of systematic literature reviews, Bachelorarbeit Nr. 67, 2020.