HOC-SA: A Grid Service Architecture for Higher-Order Components. - Jan Dünnweber; Sergei Gorlatch (IEEE SCC, 2004)

From Grid Middleware to Grid Applications: Bridging the Gap with Hocs. - Sergei Gorlatch; Jan Dünnweber (Future Generation Grids, 2004)

Optimization techniques for skeletons on grids. - Marco Aldinucci; Marco Danelutto; Jan Dünnweber; Sergei Gorlatch (High Performance Computing Workshop, 2004)

Integrating MPI-Skeletons with Web Services. - Jan Dünnweber; Anne Benoit; Murray Cole; Sergei Gorlatch (PARCO, 2005)

Component-Based Grid Programming Using the HOC-Service Architecture. - Jan Dünnweber; Sergei Gorlatch (SoMeT, 2005)

User-Transparent Scheduling for Software Components on the Grid. - Catalin Dumitrescu; Jan Dünnweber; Sergei Gorlatch; Dick H. J. Epema (CoreGRID Integration Workshop, 2006)

Reusable Cost-Based Scheduling of Grid Workflows Operating on Higher-Order Components. - Catalin Dumitrescu; Dick H. J. Epema; Jan Dünnweber; Sergei Gorlatch (e-Science, 2006)

Clayworks: A System for Collaborative Real-Time Modeling and High-Performance Simulation. - Jens Müller 004; Martin Helmut Alt; Jan Dünnweber; Sergei Gorlatch (e-Science, 2006)

Simplifying Grid Application Programming Using Web-Enabled Code Transfer Tools. - Catalin Dumitrescu; Jan Dünnweber; Philipp Lüdeking; Sergei Gorlatch; Ioan Raicu; Ian T. Foster (CoreGRID, 2007)

A Higher-Order Component for Efficient Genome Processing in the Grid. - Philipp Lüdeking; Jan Dünnweber; Sergei Gorlatch (CoreGRID Workshop - Making Grids Work, 2007)

Higher-order components for web-enabled grid applications. - Jan Dünnweber (Der Andere Verlag, 2008)

LooPo-HOC: A Grid Component with Embedded Loop Parallelization. - Johannes Tomasoni; Jan Dünnweber; Sergei Gorlatch; Michael Claßen; Philipp Claßen; Christian Lengauer (CoreGRID Integration Workshop, 2008)

Higher-Order Components for Grid Programming - Making Grids More Usable. - Jan Dünnweber; Sergei Gorlatch (Springer, 2009)

Clayworks: Toward user-oriented software for collaborative modeling and simulation. - Sergei Gorlatch; Jens Müller-Iden; Martin Helmut Alt; Jan Dünnweber; Hamido Fujita; Yutaka Funyu (Knowl. Based Syst., 2009)

Use of HPC-Techniques for Large-Scale Data Migration. - Jan Dünnweber; Valentin Mihaylov; René Glettler; Volker Maiborn; Holger Wolff (Euro-Par Workshops (1), 2011)

Model-Driven Development of GPU Applications. - Christoph Winter; Jan Dünnweber (PARCO, 2015)

A Tale of Four Cities: Improving Bus and Waste Collection Schedules in Practical Smart City Applications. - Jan Dünnweber; Amitrajit Sarkar; Vimal Kumar Puthiyadath; Omkar Barde (CISIM, 2021)

Bus Demand Forecasting for Rural Areas Using XGBoost and Random Forest Algorithm. - Timo Stadler; Amitrajit Sarkar; Jan Dünnweber (CISIM, 2021)

A Method for the Optimized Placement of Bus Stops Based on Voronoi Diagrams. - Timo Stadler; Simon Hofmeister; Jan Dünnweber (HICSS, 2022)

Towards Smart Home Data Interpretation Using Analogies to Natural Language Processing. - Matthias Melzer; Jan Dünnweber; Timo Baumann (SmartIoT, 2022)

A Hybrid Genetic Algorithm for Solving the VRP with Pickup and Delivery in Rural Areas. - Timo Stadler; Jonas Schrader; Jan Dünnweber (HICSS, 2023)

Bus Route Classification for Rural Areas Using Graph Convolutional Networks. - Timo Stadler; Sandra Weikl; Simon Wein; Peter Georg; Andreas Schäfer; Jan Dünnweber (ICAISC (1), 2023)

A Slim Digital Twin for a Smart City and Its Residents. - Simon Thelen; Friedrich Eder; Matthias Melzer; Danilo Weber Nunes; Michael Stadler; Christian Rechenauer; Mathias Obergrießer; Ruben Jubeh; Klaus Volbert; Jan Dünnweber (SoICT, 2023)

Dynamic Route Planning for a Data Collecting Luggage Transportation Service. - Jakob Völkl; Matthias Melzer; Jan Dünnweber; Amitrajit Sarkar (ICCA, 2024)

Optimizing Smart Retail by Experiment using an Online AI Model Exploration Interface. - Wenfei Huang; Matthias Melzer; Jan Dünnweber (WSC, 2024)