Data4UrbanMobility presented the paper “Data4UrbanMobility: Towards Holistic Data Analytics for Mobility Applications in Urban Regions” at the 5th International Smart City Workshop at the Web Conference 2019. The workshop focused on enhancing every day life in urban environments using digital technologies. Thank you very much for the fruitful discussions!

• Reclaiming digital sovereignty: A roadmap to build a digital stack for people and the planet. Rikap, Cecilia; Durand, Cédric; Paraná, Edemilson; Gerbaudo, Paolo; Marx, Paris (2024).

  This policy paper outlines a progressive reform agenda to enhance digital sovereignty for people and the planet with the following 4 key proposals: Offer a democratic, public-led digital stack that shall include: 1) Digital infrastructure as a service (for training, processing and developing digital solutions) provided by non-profit and democratic international consortia; 2) universal platforms, such as search engines and foundation AI models, that should be a commons governed by new public institutions with state and civil society representation; and 3) a public marketplace where companies can offer their computing services without lock-ins. To assure demand, states shall procure from this marketplace and end contracts with Big Tech. Craft a research agenda focused on digital developments that could solve collective problems and enhance human capacities and that consider the ethical, economic, ecological, and political impacts of technology, including of AI applications. For this end, public knowledge networks led by a new public international research agency (or agencies) could counterbalance the concentration of private and closed science. Ground digital sovereignty in an ecological internationalism an antidote to individual government surveillance and power abuses that also minimises the resources needed to build a democratic, public digital stack. Establish strict mechanisms to dismantle state surveillance or misappropriation of collective solutions by specific governments. Multilateral agreements on principles and rules for the internet are indispensable safeguards for building autonomous and democratically governed institutions and solutions. To complement and facilitate all the above, the authors further lay out a strategy on retrofit markets’ authorities for the digital age and implement measures to properly regulate and tax revenues and data and knowledge capture of dominant technology companies. The new policy framework outlined in the paper also aims at protecting labour and enhancing its creative autonomy while contributing to the reinforcement of human and civil rights. One aspect could be a safety net in which states offer training and employment for the development and operation of the public-led digital stack.
• Towards Anti-Collision Coordination for UAVs with Serverless Edge Computing. Pfandzelter, Tobias; Bermbach, David; Vilter, Robert; Friese, Ingo; Melnyk, Sergiy; Zhou, Qiuheng; Schotten, Hans D. (2024). 247–248.
• Hierarchical Graph Pooling Based on Minimum Description Length. von Pichowski, Jan; Blöcker, Christopher; Scholtes, Ingo (2024). abs/2409.10263
• From Link Prediction to Forecasting: Information Loss in Batch-based Temporal Graph Learning. Lampert, Moritz; Blöcker, Christopher; Scholtes, Ingo (2024). abs/2406.04897
• Friedrich Nerly - Von Erfurt en el mundo. Krember, Andreas Idras (2024).

  Este opulento catálogo es la primera publicación importante que abarca el patrimonio principal del pintor paisajista nacido en Erfurt, Friedrich Nerly (1807-1878). La extensa colección llegó a Erfurt poco después de su muerte y condujo a la fundación del Angermuseum. El importante grupo de pinturas y estudios al óleo, junto con un corpus de dibujos, han hecho posible explorar todas las facetas de la obra del pintor. Inicialmente, el viaje de su vida lo llevó a Hamburgo para estudiar arte con Carl Friedrich von Rumohr, quien viajó a Italia con su alumno poco después. Allí, Nerly encontró un nuevo hogar adoptivo y creó algunos estudios al óleo espectaculares mientras estaba en Roma. Sin embargo, pasó su fase creativa clave como "célebre pittore" en Venecia, el artista extranjero de más éxito que pintaba para un mercado internacional. Como creador de tendencias, inventó la pintura de Venecia a la luz de la luna.
• Link Prediction with Untrained Message Passing Layers. Qarkaxhija, Lisi; Wegner, Anatol E.; Scholtes, Ingo (2024). abs/2406.16687
• Inference of Sequential Patterns for Neural Message Passing in Temporal Graphs. von Pichowski, Jan; Perri, Vincenzo; Qarkaxhija, Lisi; Scholtes, Ingo (2024). abs/2406.16552
• Ausgezeichnete Informatikdissertationen 2023. Reischuk, Rüdiger; Apel, Sven; Bernstein, Abraham; Buchin, Maike; Förster, Anna; Freiling, Felix C.; Mendling, Jan; Neumann, Gustaf; Römer, Kay Uwe; Scheuermann, Björn; Scholtes, Ingo; Schweikardt, Nicole; Wehrle, Klaus in LNI (2024). (Vol. D-24) GI.
• Generating Temporal Contact Graphs Using Random Walkers. Almasan, Anton-David; Shvydun, Sergey; Scholtes, Ingo; Mieghem, Piet Van (2024). abs/2409.08690
• quais são afetadas pela microbiota intestinal. A estrutura da colônia de. Komar’cs (2024).

  quais são afetadas pela microbiota intestinal. A estrutura da colônia de
• abrigando dez vezes mais bactérias que o número de células que formam. Komar’cs (2024).

  abrigando dez vezes mais bactérias que o número de células que formam
• Eine Geschichte des gemeinschaftlichen Wohnens. Krember, Andreas Idras (2024).

  Este libro cuenta la historia de las formas de vida comunitaria desde aproximadamente 1850 hasta la actualidad. Los proyectos presentados en este libro se dividen según las motivaciones de sus creadores y usuarios: económicas, políticas y sociales. El libro también contiene un análisis histórico y la identificación de nueve fases de desarrollo discretas. La autora analiza y compara diferentes formas de vivienda y su evolución hasta la actualidad. Muestra cómo se practica en Europa la convivencia, incluida la garantía de privacidad. Gracias a su amplia documentación, al análisis de tipologías, a los planos de distribución y a las entrevistas a usuarios y expertos, el libro también puede considerarse un manual sobre la vida en comunidad, ofreciendo una visión única y detallada de esta forma de arquitectura residencial.
• Una historia de vida colectiva. Krember, Andreas Idras (2024).

  Este libro cuenta la historia de las formas de vida comunitaria desde aproximadamente 1850 hasta la actualidad. Los proyectos presentados en este libro se dividen según las motivaciones de sus creadores y usuarios: económicas, políticas y sociales. El libro también contiene un análisis histórico y la identificación de nueve fases de desarrollo discretas.
• Tierras coloniales de Turingia. Krember, Andreas Idras (2024).

  En la actualidad, la importancia del pasado colonial para el presente alimenta el debate público más que casi cualquier otro tema. Las regiones alejadas de las metrópolis están siendo objeto de un escrutinio cada vez mayor, ya que las líneas de comunicación coloniales se extendían hasta las tiendas de productos coloniales de las aldeas. Esta antología examina las huellas del pasado colonial a nivel local y sigue la participación de Turingia en las estructuras coloniales a nivel global. Las contribuciones abarcan desde la época moderna temprana hasta el período de transformación a partir de 1990 en adelante. El libro hace un balance de las iniciativas de investigación actuales en las universidades de Turingia y presenta las perspectivas sociopolíticas de las iniciativas y los artistas descolonizadores. El volumen fue producido en colaboración con la artista Patricia Vester, cuya novela gráfica e ilustraciones, diseñadas especialmente para esta publicación, brindan inspiración para abordar el pasado colonial dentro y fuera del aula.
• Las geografías materiales de la Iniciativa del Cinturón y la Ruta. Krember, Andreas Idras (2024).

  Infraestructuras y ecologías políticas en la Nueva Ruta de la Seda
• Design und Anwendung von Algorithmen für die Genominferenz. Ebler, Jana R. Reischuk, S. Apel, A. Bernstein, M. Buchin, A. Förster, F. C. Freiling, J. Mendling, G. Neumann, K. U. Römer, B. Scheuermann, I. Scholtes, N. Schweikardt, K. Wehrle (eds.) (2023). (Vol. D-24) 61–70.
• Erklärung und Visualisierung von strukturellem Wissen in bipartiten Graphen. Dürrschnabel, Dominik R. Reischuk, S. Apel, A. Bernstein, M. Buchin, A. Förster, F. C. Freiling, J. Mendling, G. Neumann, K. U. Römer, B. Scheuermann, I. Scholtes, N. Schweikardt, K. Wehrle (eds.) (2023). (Vol. D-24) 51–60.
• Automatisierte Garantierte Blockchain-Technologie Verifizierung. Otoni, Rodrigo R. Reischuk, S. Apel, A. Bernstein, M. Buchin, A. Förster, F. C. Freiling, J. Mendling, G. Neumann, K. U. Römer, B. Scheuermann, I. Scholtes, N. Schweikardt, K. Wehrle (eds.) (2023). (Vol. D-24) 191–200.
• The Map Equation Goes Neural. Blöcker, Christopher; Tan, Chester; Scholtes, Ingo (2023). abs/2310.01144
• Effiziente Zustandsverwaltung mit Persistentem Speicher. Benson, Lawrence R. Reischuk, S. Apel, A. Bernstein, M. Buchin, A. Förster, F. C. Freiling, J. Mendling, G. Neumann, K. U. Römer, B. Scheuermann, I. Scholtes, N. Schweikardt, K. Wehrle (eds.) (2023). (Vol. D-24) 21–30.
• Prototyp-basiertes Lernen von Repräsentationen mittels Deep Clustering. Miklautz, Lukas R. Reischuk, S. Apel, A. Bernstein, M. Buchin, A. Förster, F. C. Freiling, J. Mendling, G. Neumann, K. U. Römer, B. Scheuermann, I. Scholtes, N. Schweikardt, K. Wehrle (eds.) (2023). (Vol. D-24) 181–190.
• True 3D Holography: A Communication Service of Tomorrow and Its Requirements for a New Converged Cloud and Network Architecture on the Path to 6G. Friese, Ingo; Galkow-Schneider, Mandy; Bassbouss, Louay; Zoubarev, Alexander; Neparidze, Andy; Melnyk, Sergiy; Zhou, Qiuheng; Schotten, Hans D.; Pfandzelter, Tobias; Bermbach, David; Kritzner, Arndt; Zschau, Enrico; Dhara, Prasenjit; Göring, Steve; Menz, William; Raake, Alexander; Rüther-Kindel, Wolfgang; Quaeck, Fabian; Stuckert, Nick; Vilter, Robert (2023). 1–8.
• Modulare and Parameter-effiziente Fine-abstimmung von Sprachmodellen. Pfeiffer, Jonas R. Reischuk, S. Apel, A. Bernstein, M. Buchin, A. Förster, F. C. Freiling, J. Mendling, G. Neumann, K. U. Römer, B. Scheuermann, I. Scholtes, N. Schweikardt, K. Wehrle (eds.) (2023). (Vol. D-24) 211–220.
• Die Verwendung Konzeptueller Räume für Künstliche Intelligenz. Bechberger, Lucas R. Reischuk, S. Apel, A. Bernstein, M. Buchin, A. Förster, F. C. Freiling, J. Mendling, G. Neumann, K. U. Römer, B. Scheuermann, I. Scholtes, N. Schweikardt, K. Wehrle (eds.) (2023). (Vol. D-24) 11–20.
• Eine dynamische, Dienste-orientierte Softwarearchitektur für die Anwendung im Automobil. Kampmann, Alexandru R. Reischuk, S. Apel, A. Bernstein, M. Buchin, A. Förster, F. C. Freiling, J. Mendling, G. Neumann, K. U. Römer, B. Scheuermann, I. Scholtes, N. Schweikardt, K. Wehrle (eds.) (2023). (Vol. D-24) 141–150.
• Locating community smells in software development processes using higher-order network centralities. Gote, Christoph; Perri, Vincenzo; Zingg, Christian; Casiraghi, Giona; Arzig, Carsten; von Gernler, Alexander; Schweitzer, Frank; Scholtes, Ingo (2023). 13(1) 129.
• Using Causality-Aware Graph Neural Networks to Predict Temporal Centralities in Dynamic Graphs. Heeg, Franziska; Scholtes, Ingo (2023). abs/2310.15865
• Modeling social resilience: Questions, answers, open problems. Schweitzer, Frank; Andres, Georges; Casiraghi, Giona; Gote, Christoph; Roller, Ramona; Scholtes, Ingo; Vaccario, Giacomo; Zingg, Christian (2023). abs/2301.00183
• Higher-Order Patterns Reveal Causal Timescales of Complex Systems. Petrovic, Luka V.; Wegner, Anatol E.; Scholtes, Ingo (2023). abs/2301.11623
• De Bruijn goes Neural: Causality-Aware Graph Neural Networks for Time Series Data on Dynamic Graphs. Qarkaxhija, Lisi; Perri, Vincenzo; Scholtes, Ingo (2022). abs/2209.08311
• One Graph to Rule them All: Using NLP and Graph Neural Networks to analyse Tolkien’s Legendarium. Perri, Vincenzo; Qarkaxhija, Lisi; Zehe, Albin; Hotho, Andreas; Scholtes, Ingo in CEUR Workshop Proceedings, F. Karsdorp, K. L. Nielbo (eds.) (2022). (Vol. 3290) 291–317.
• Big Data = Big Insights? Operationalising Brooks’ Law in a Massive GitHub Data Set. Gote, Christoph; Mavrodiev, Pavlin; Schweitzer, Frank; Scholtes, Ingo (2022). 262–273.
• Similarity-Based Link Prediction From Modular Compression of Network Flows. Blöcker, Christopher; Smiljanic, Jelena; Scholtes, Ingo; Rosvall, Martin in Proceedings of Machine Learning Research, B. Rieck, R. Pascanu (eds.) (2022). (Vol. 198) 52.
• Willing to Revise? Confidence and Recommendation Adoption in AI-Assisted Image Recognition. Röseler, Leonore; Scholtes, Ingo; Sendhoff, Bernhard; Hannák, Anikó in Frontiers in Artificial Intelligence and Applications, S. Schlobach, M. Pérez-Ortiz, M. Tielman (eds.) (2022). (Vol. 354) 295–297.
• Similarity-based Link Prediction from Modular Compression of Network Flows. Blöcker, Christopher; Smiljanic, Jelena; Scholtes, Ingo; Rosvall, Martin (2022). abs/2208.14220
• Predicting Influential Higher-Order Patterns in Temporal Network Data. Gote, Christoph; Perri, Vincenzo; Scholtes, Ingo (2022). 109–116.
• Learning the Markov Order of Paths in Graphs. Petrovic, Luka V.; Scholtes, Ingo F. Laforest, R. Troncy, E. Simperl, D. Agarwal, A. Gionis, I. Herman, L. Médini (eds.) (2022). 1559–1569.
• PaCo: Fast Counting of Causal Paths in Temporal Network Data. Petrovic, Luka V.; Scholtes, Ingo J. Leskovec, M. Grobelnik, M. Najork, J. Tang, L. Zia (eds.) (2021). 521–526.
• Predicting Influential Higher-Order Patterns in Temporal Network Data. Gote, Christoph; Perri, Vincenzo; Scholtes, Ingo (2021). abs/2107.12100
• Visualisation of Temporal Network Data via Time-Aware Static Representations with HOTVis. Perri, Vincenzo; Scholtes, Ingo J. Leskovec, M. Grobelnik, M. Najork, J. Tang, L. Zia (eds.) (2021). 533–534.
• HOTVis: Higher-Order Time-Aware Visualisation of Dynamic Graphs. Perri, Vincenzo; Scholtes, Ingo in Lecture Notes in Computer Science, D. Auber, P. Valtr (eds.) (2020). (Vol. 12590) 99–114.
• HYPA: Efficient Detection of Path Anomalies in Time Series Data on Networks. LaRock, Timothy; Nanumyan, Vahan; Scholtes, Ingo; Casiraghi, Giona; Eliassi-Rad, Tina; Schweitzer, Frank C. Demeniconi, N. V. Chawla (eds.) (2020). 460–468.
• Counting Causal Paths in Big Times Series Data on Networks. Petrovic, Luka V.; Scholtes, Ingo (2019). abs/1905.11287
• Detecting Path Anomalies in Time Series Data on Networks. LaRock, Timothy; Nanumyan, Vahan; Scholtes, Ingo; Casiraghi, Giona; Eliassi-Rad, Tina; Schweitzer, Frank (2019). abs/1905.10580
• git2net: Mining Time-Stamped Co-Editing Networks from Large git Repositories. Gote, Christoph; Scholtes, Ingo; Schweitzer, Frank in LNI, K. David, K. Geihs, M. Lange, G. Stumme (eds.) (2019). (Vol. P-294) 259–260.
• Data Science. Scholtes, Ingo; Strohmaier, Markus in LNI, K. David, K. Geihs, M. Lange, G. Stumme (eds.) (2019). (Vol. P-294) 187–188.
• git2net: mining time-stamped co-editing networks from large git repositories. Gote, Christoph; Scholtes, Ingo; Schweitzer, Frank M.-A. D. Storey, B. Adams, S. Haiduc (eds.) (2019). 433–444.
• When is a Network a Network?: Multi-Order Graphical Model Selection in Pathways and Temporal Networks. Scholtes, Ingo (2017). 1037–1046.
• From Relational Data to Graphs: Inferring Significant Links Using Generalized Hypergeometric Ensembles. Casiraghi, Giona; Nanumyan, Vahan; Scholtes, Ingo; Schweitzer, Frank in Lecture Notes in Computer Science, G. L. Ciampaglia, A. J. Mashhadi, T. Yasseri (eds.) (2017). (Vol. 10540) 111–120.
• Controllability of temporal networks: An analysis using higher-order networks. Zhang, Yan; Garas, Antonios; Scholtes, Ingo (2017). abs/1701.06331
• Quantifying the effect of editor-author relations on manuscript handling times. Sarigöl, Emre; García, David; Scholtes, Ingo; Schweitzer, Frank (2017). 113(1) 609–631.
• Workshop: Informatik-Begeisterung 2016. Michael, Judith; Scholtes, Ingo in LNI, H. C. Mayr, M. Pinzger (eds.) (2016). (Vol. P-259) 1147–1148.
• From aristotle to ringelmann: A large-scale analysis of team productivity and coordination in open source software projects. Scholtes, Ingo; Mavrodiev, Pavlin; Schweitzer, Frank in LNI, J. Knoop, U. Zdun (eds.) (2016). (Vol. P-252) 53–54.
• Decentralized Cluster Detection in Distributed Systems Based on Self-Organized Synchronization. Singh, Vikramjit; Esch, Markus; Scholtes, Ingo G. Cabri, G. Picard, N. Suri (eds.) (2016). 146–147.
• From Aristotle to Ringelmann: a large-scale analysis of team productivity and coordination in Open Source Software projects. Scholtes, Ingo; Mavrodiev, Pavlin; Schweitzer, Frank (2016). 21(2) 642–683.
• Automated Software Remodularization Based on Move Refactoring - A Complex Systems Approach. Scholtes, Ingo; Zanetti, Marcelo Serrano; Tessone, Claudio Juan; Schweitzer, Frank in LNI, U. Aßmann, B. Demuth, T. Spitta, G. Püschel, R. Kaiser (eds.) (2015). (Vol. P-239) 85–86.
• Higher-Order Aggregate Networks in the Analysis of Temporal Networks: Path structures and centralities. Scholtes, Ingo; Wider, Nicolas; Garas, Antonios (2015). abs/1508.06467
• Integrated Modeling and Evolution of Social Software. Poetzsch-Heffter, Arnd; Paech, Barbara; Weber, Mathias K. A. Zweig, W. Neuser, V. Pipek, M. Rohde, I. Scholtes (eds.) (2014). 81–93.
• Socioinformatics - The Social Impact of Interactions between Humans and IT Zweig, Katharina Anna; Neuser, Wolfgang; Pipek, Volkmar; Rohde, Markus; Scholtes, Ingo (2014). Springer.
• A Complex Networks Perspective on Collaborative Software Engineering. Cataldo, Marcelo; Scholtes, Ingo; Valetto, Giuseppe (2014). 17(7-8)
• Categorizing Bugs with Social Networks: A Case Study on Four Open Source Software Communities. Scholtes, Ingo; Zanetti, Marcelo Serrano; Tessone, Claudio Juan; Schweitzer, Frank in LNI, W. Hasselbring, N. C. Ehmke (eds.) (2014). (Vol. P-227) 27–28.
• Anonymity, Immediacy and Electoral Delegation in Socio-Technical Computer Systems. Botev, Jean K. Zweig, W. Neuser, V. Pipek, M. Rohde, I. Scholtes (eds.) (2014). 139–143.
• The Social Dimension of Information Ranking: A Discussion of Research Challenges and Approaches. Scholtes, Ingo; Pfitzner, René; Schweitzer, Frank K. A. Zweig, W. Neuser, V. Pipek, M. Rohde, I. Scholtes (eds.) (2014). 45–61.
• Predicting scientific success based on coauthorship networks. Sarigöl, Emre; Pfitzner, René; Scholtes, Ingo; Garas, Antonios; Schweitzer, Frank (2014). 3(1) 9.
• Automated software remodularization based on move refactoring: a complex systems approach. Zanetti, Marcelo Serrano; Tessone, Claudio Juan; Scholtes, Ingo; Schweitzer, Frank W. Binder, E. Ernst, A. Peternier, R. Hirschfeld (eds.) (2014). 73–84.
• Predicting Scientific Success Based on Coauthorship Networks. Sarigöl, Emre; Pfitzner, René; Scholtes, Ingo; Garas, Antonios; Schweitzer, Frank (2014). abs/1402.7268
• Workshop on Social Influence - SI 2014 - Introduction. Michalski, Radoslaw; Shakarian, Paulo; Scholtes, Ingo; Jankowski, Jaroslaw in Lecture Notes in Computer Science, L. M. Aiello, D. A. McFarland (eds.) (2014). (Vol. 8852) 365–367.
• Complex Structures and Collective Dynamics in Networked Systems: A Tutorial. Scholtes, Ingo; Esch, Markus (2013). 271–272.
• Categorizing bugs with social networks: a case study on four open source software communities. Zanetti, Marcelo Serrano; Scholtes, Ingo; Tessone, Claudio Juan; Schweitzer, Frank D. Notkin, B. H. C. Cheng, K. Pohl (eds.) (2013). 1032–1041.
• The rise and fall of a central contributor: Dynamics of social organization and performance in the GENTOO community. Zanetti, Marcelo Serrano; Scholtes, Ingo; Tessone, Claudio Juan; Schweitzer, Frank (2013). 49–56.
• The Social Dimension of Information Ranking: A Discussion of Research Challenges and Approaches. Scholtes, Ingo; Pfitzner, René; Schweitzer, Frank in LNI, M. Horbach (ed.) (2013). (Vol. P-220) 1177–1179.
• The Rise and Fall of a Central Contributor: Dynamics of Social Organization and Performance in the Gentoo Community. Zanetti, Marcelo Serrano; Scholtes, Ingo; Tessone, Claudio Juan; Schweitzer, Frank (2013). abs/1302.7191
• Resilience in Enterprise Social Networks. Burger, Valentin; Hoßfeld, Tobias; García, David; Seufert, Michael; Scholtes, Ingo; Hock, David in LNI, M. Horbach (ed.) (2013). (Vol. P-220) 1165–1168.
• A Tunable Mechanism for Identifying Trusted Nodes in Large Scale Distributed Networks. Chandra, Joydeep; Scholtes, Ingo; Ganguly, Niloy; Schweitzer, Frank G. Min, Y. Wu, L. (Chris) Liu, X. Jin, S. A. Jarvis, A. Y. Al-Dubai (eds.) (2012). 722–729.
• Hierarchical Consensus Formation Reduces The Influence Of Opinion Bias. Perony, Nicolas; Pfitzner, René; Scholtes, Ingo; Tessone, Claudio J.; Schweitzer, Frank K. G. Troitzsch, M. Möhring, U. Lotzmann (eds.) (2012). 662–668.
• A Quantitative Study of Social Organisation in Open Source Software Communities. Zanetti, Marcelo Serrano; Sarigöl, Emre; Scholtes, Ingo; Tessone, Claudio Juan; Schweitzer, Frank in OASIcs, A. V. Jones (ed.) (2012). (Vol. 28) 116–122.
• TweetGames: A framework for twitter-based collaborative social online games. Esch, Markus; Kovacheva, Aleksandrina; Scholtes, Ingo; Rothkugel, Steffen D. Georgakopoulos, J. B. D. Joshi (eds.) (2011). 436–442.
• HyperVerse: simulation and testbed reconciled. Botev, Jean; Esch, Markus; Schloss, Hermann; Scholtes, Ingo; Sturm, Peter (2010). 4(2) 167–181.
• Distributed Creation and Adaptation of Random Scale-Free Overlay Networks. Scholtes, Ingo (2010). 51–63.
• Resilience and Multicast Aspects of the Structured Network Overlay GP3. Esch, Markus; Scholtes, Ingo L. Barolli, F. Xhafa, S. Vitabile, H.-H. Hsu (eds.) (2010). 1117–1122.
• A self-organized resource allocation scheme for decentralized distributed virtual environments. Botev, Jean; Scholtes, Ingo K. Aberer, J. Joshi (eds.) (2010). 1–7.
• P2P-Based Avatar Interaction in Massive Multiuser Virtual Environments. Esch, Markus; Botev, Jean; Schloss, Hermann; Scholtes, Ingo L. Barolli, F. Xhafa, H.-H. Hsu (eds.) (2009). 977–982.
• Epidemic Self-synchronization in Complex Networks. Scholtes, Ingo; Botev, Jean; Esch, Markus; Sturm, Peter in Lecture Notes of the Institute for Computer Sciences, Social Informatics and Telecommunications Engineering, J. Zhou (ed.) (2009). (Vol. 5) 1794–1809.
• Self-organizing collaborative filtering in global-scale massive multi-user virtual environments. Höhfeld, Alexander; Gratz, Patrick; Beck, Angelo; Botev, Jean; Schloss, Hermann; Scholtes, Ingo S. Y. Shin, S. Ossowski (eds.) (2009). 1719–1723.
• Performance Evaluation of GP3 - A Grid-Based Spatial Index Infrastructure. Esch, Markus; Botev, Jean; Schloss, Hermann; Scholtes, Ingo S. Latifi (ed.) (2009). 663–670.
• Evaluation of the HyperVerse Avatar Management Scheme Based on the Analysis of Second Life Traces. Esch, Markus; Ooi, Wei Tsang; Scholtes, Ingo (2009). 692–699.
• Fuzzy Logic supported Consistency Management in DDVEs. Schloss, Hermann; Scholtes, Ingo; Botev, Jean; Esch, Markus; Höhfeld, Alexander; Sturm, Peter (2009). 17
• A scale-free and self-organized P2P overlay for massive multiuser virtual environments. Esch, Markus; Scholtes, Ingo J. B. D. Joshi, T. Zhang (eds.) (2009). 1–10.
• Awareness-Driven Phase Transitions in Very Large Scale Distributed Systems. Scholtes, Ingo; Botev, Jean; Höhfeld, Alexander; Schloss, Hermann; Esch, Markus S. A. Brueckner, P. Robertson, U. Bellur (eds.) (2008). 25–34.
• GP3 - A Distributed Grid-Based Spatial Index Infrastructure for Massive Multiuser Virtual Environments. Esch, Markus; Botev, Jean; Schloss, Hermann; Scholtes, Ingo (2008). 811–816.
• The HyperVerse: concepts for a federated and Torrent-based ’3D Web’. Botev, Jean; Höhfeld, Alexander; Schloss, Hermann; Scholtes, Ingo; Sturm, Peter; Esch, Markus (2008). 2(4) 331–350.
• TopGen - internet router-level topology generation based on technology constraints. Scholtes, Ingo; Botev, Jean; Esch, Markus; Höhfeld, Alexander; Schloss, Hermann; Zech, Benjamin S. Molnár, J. R. Heath, O. Dalle, G. A. Wainer (eds.) (2008). 30.
• SimCon - a simulation and visualization environment for overlay networks and large-scale applications. Esch, Markus; Botev, Jean; Schloss, Hermann; Höhfeld, Alexander; Scholtes, Ingo; Zech, Benjamin S. Molnár, J. R. Heath, O. Dalle, G. A. Wainer (eds.) (2008). 68.
• HiOPS overlay - efficient provision of multicast in peer-to-peer systems. Schloss, Hermann; Botev, Jean; Höhfeld, Alexander; Scholtes, Ingo; Oechsle, Rainer; Esch, Markus (2008). 1–6.
• CrePes - Warum und wie Schüler ab 8 Jahren Programmieren lernen sollten. Esch, Markus; Gratz, Patrick; Rothkugel, Steffen; Jakoby, Jörg; Scholtes, Ingo; Sturm, Peter in LNI, S. Seehusen, U. Lucke, S. Fischer (eds.) (2008). (Vol. P-132) 413–424.
• Using Epidemic Hoarding to Minimize Load Delays in P2P Distributed Virtual Environments. Scholtes, Ingo; Botev, Jean; Esch, Markus; Schloss, Hermann; Sturm, Peter in Lecture Notes of the Institute for Computer Sciences, Social Informatics and Telecommunications Engineering, E. Bertino, J. B. D. Joshi (eds.) (2008). (Vol. 10) 578–593.
• SISC: providing efficient XML-based service-orientation for core OS functionality. Schloss, Hermann; Scholtes, Ingo; Sturm, Peter K. Chiu, S. Chiba, D. Gannon, L. Villard (eds.) (2007). 45–52.
• Web Federates - Towards a Middleware for Highly Scalable Peer-to-Peer Services. Scholtes, Ingo; Sturm, Peter J. A. M. Cordeiro, V. Pedrosa, B. Encarnação, J. Filipe (eds.) (2006). 13–20.
• Web Service Interface Syndication and its Application to a Collaborative Weblog Search. Scholtes, Ingo; Görgen, Daniel; Gratz, Patrick E. Blanzieri, T. Zhang (eds.) (2006).
• Web Federates - Towards A Middleware for Highly Scalable Peer-to-Peer Services. Scholtes, Ingo; Sturm, Peter in Lecture Notes in Business Information Processing, J. Filipe, J. Cordeiro, V. Pedrosa (eds.) (2006). (Vol. 1) 138–149.