In real-l ife AI applications, information is usually pervad ed by uncertainty and subject to change, and thus requires non-classical systems. At the same time, psychological findings indicate that human reasoni ng cannot be completely described by classical log ical systems. Sources of explanations are incomple te knowledge, incorrect beliefs, or inconsistencie s. A wide range of reasoning mechanisms, such as a nalogical or defeasible reasoning, have to be cons idered, possibly in combination with machine learn ing methods. The field of knowledge representation and reasoning offers a rich palette of methods fo r uncertain reasoning, both to describe human reas oning and to model AI approaches.
\nThis s eries of workshops aims to address recent challeng es and to present novel approaches to uncertain re asoning and belief change in their broad senses, a nd in particular, provide a forum for research wor k linking different paradigms of reasoning. A spec ial focus is on papers that provide a base for con necting formal-logical models of knowledge represe ntation and cognitive models of reasoning and lear ning, addressing formal and experimental or heuris tic issues. FCR'25 will be co-located with the 48t h German Conference on Artificial Intelligence (KI 2025).
\nWe welcome papers o n the following and any related topics: Action and change Agents and multi-agent systems, Analogical reasoning, Argumentation theories, Belief change and belief merging, Cognitive modelling and empiri cal data, Common sense and defeasible reasoning, C omputational thinking, Decision theory and prefere nces, Inductive reasoning and cognition, Knowledge representation in theory and practice, Learning a nd knowledge discovery in data, Neuro-symbolic AI, Nonmonotonic and uncertain reasoning, Ontologies and description logics, Probabilistic approaches o f reasoning, and Syllogistic reasoning.
\nLong technical papers as well as short position pa pers and abstracts of published works are welcome. Papers should be formatted in CEUR style (1-column style) without enabled header and footer. The length of each pap er is limited to 20 pages (including references an d acknowledgements). - All papers must be written in English and submitted in PDF format via the EasyChair system. One of the authors is expected to particip ate in the workshop and present their paper.
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