a.SCatch: Semantic Structure for Architectural Floor Plan Retrieval. - Markus Weber; Christoph Langenhan; Thomas Roth-Berghofer; Marcus Liwicki; Andreas Dengel 001; Frank Petzold (ICCBR, 2010)

Fast Subgraph Isomorphism Detection for Graph-Based Retrieval. - Markus Weber; Christoph Langenhan; Thomas Roth-Berghofer; Marcus Liwicki; Andreas Dengel 001; Frank Petzold (ICCBR, 2011)

Building Elements Re-usability Optimization - Design Decision Support Using a Case-Base of Building Information Models and Semantic Fingerprints. - Stanimira Markova; Christoph Langenhan; Peter Russell; Frank Petzold (CAAD Futures, 2013)

Graph-based retrieval of building information models for supporting the early design stages. - Christoph Langenhan; Markus Weber; Marcus Liwicki; Frank Petzold; Andreas Dengel 001 (Adv. Eng. Informatics, 2013)

Automatic analysis and sketch-based retrieval of architectural floor plans. - Sheraz Ahmed; Markus Weber; Marcus Liwicki; Christoph Langenhan; Andreas Dengel 001; Frank Petzold (Pattern Recognit. Lett., 2014)

Migrating the Classical Pen-and-Paper Based Conceptual Sketching of Architecture Plans Towards Computer Tools - Prototype Design and Evaluation. - Johannes Bayer; Syed Saqib Bukhari; Christoph Langenhan; Marcus Liwicki; Klaus-Dieter Althoff; Frank Petzold; Andreas Dengel 001 (GREC, 2015)

Thinking With Containers: A Multi-Agent Retrieval Approach for the Case-Based Semantic Search of Architectural Designs. - Viktor Ayzenshtadt; Christoph Langenhan; Syed Saqib Bukhari; Klaus-Dieter Althoff; Frank Petzold; Andreas Dengel 001 (ICAART (1), 2016)

Comparative Evaluation of Rule-Based and Case-Based Retrieval Coordination for Search of Architectural Building Designs. - Viktor Ayzenshtadt; Christoph Langenhan; Johannes Roith; Syed Saqib Bukhari; Klaus-Dieter Althoff; Frank Petzold; Andreas Dengel 001 (ICCBR, 2016)

Extending the Flexibility of Case-Based Design Support Tools: A Use Case in the Architectural Domain. - Viktor Ayzenshtadt; Christoph Langenhan; Syed Saqib Bukhari; Klaus-Dieter Althoff; Frank Petzold; Andreas Dengel 001 (ICCBR, 2017)

Multi-Agent-Based Generation of Explanations for Retrieval Results Within a Case-Based Support Framework for Architectural Design. - Viktor Ayzenshtadt; Christian Espinoza-Stapelfeld; Christoph Langenhan; Klaus-Dieter Althoff (ICAART (1), 2018)

Supporting Architectural Design Process with FLEA - A Distributed AI Methodology for Retrieval, Suggestion, Adaptation, and Explanation of Room Configurations. - Viktor Eisenstadt; Christoph Langenhan; Klaus-Dieter Althoff (CAAD Futures, 2019)

FLEA-CBR - A Flexible Alternative to the Classic 4R Cycle of Case-Based Reasoning. - Viktor Eisenstadt; Christoph Langenhan; Klaus-Dieter Althoff (ICCBR, 2019)

Improved and Visually Enhanced Case-Based Retrieval of Room Configurations for Assistance in Architectural Design Education. - Viktor Eisenstadt; Christoph Langenhan; Klaus-Dieter Althoff; Andreas Dengel 001 (ICCBR, 2020)

Student Graduation Projects in the Context of Framework for AI-Based Support of Early Conceptual Phases in Architecture. - Viktor Eisenstadt; Klaus-Dieter Althoff; Christoph Langenhan (LWDA, 2020)

CHASING THE WHITE RABBIT - A case study of predicting design phases of architects by training a deep neural network with sketch recognition through a digital drawing board. - Jessica Bielski; Burak Mete; Viktor Eisenstadt; Christoph Langenhan; Frank Petzold; Klaus-Dieter Althoff (ICCC, 2022)

A Feature-wise Comparative Assessment of the CBR-based Methodologies FLEA and SEASALT. - Viktor Eisenstadt; Jessica Bielski; Christoph Langenhan; Klaus-Dieter Althoff; Andreas Dengel 001 (LWDA, 2023)

link-prediction. - Viktor Eisenstadt; Jessica Bielski; Christoph Langenhan; Ozan Karaali; Klaus-Dieter Althoff; Andreas Dengel 001 (Zenodo, 2023)

link-prediction. - Viktor Eisenstadt; Jessica Bielski; Christoph Langenhan; Ozan Karaali; Klaus-Dieter Althoff; Andreas Dengel 001 (Zenodo, 2023)

link-prediction. - Viktor Eisenstadt; Jessica Bielski; Christoph Langenhan; Ozan Karaali; Klaus-Dieter Althoff; Andreas Dengel 001 (Zenodo, 2023)

Autocompletion of Architectural Spatial Configurations Using Case-Based Reasoning, Graph Clustering, and Deep Learning. - Viktor Eisenstadt; Christoph Langenhan; Jessica Bielski; Ralph Bergmann; Klaus-Dieter Althoff (ICCBR, 2024)