Recent work on Epistemic Planning uses Dynamic Epistemic Logic (DEL) to formalise and solve multi-agent planning problems. DEL allows agents to take into account knowledge of others by computing perspective shifts. So far, perspective shifts are usually defined on explicit Kripke models for S5. Here we first generalise perspective shifts from S5 to K. We then show how perspective shifts can be computed without explicit Kripke models. Concretely, we define perspective shifting on symbolic structures and succinct models. Both are compact representations proposed in the literature to speed up model checking DEL. Our definitions can help to implement multi-agent epistemic planning more efficiently in the future
In reasoning about multi-agent systems, it is important to look beyond the realm of propositional l...
From the perspective of DEL, learning is updating an epistemic situation with new informa-tion, and ...
Classical planning is the problem of finding a sequence of actions that achieve a desired goal from...
Actions in a multi-agent setting have complex characteris-tics. They may not only affect the real wo...
Dynamic epistemic logic (DEL) is an extension of modal multi-agent epistemic logic with dynamic oper...
© 2019 Guang HuEpistemic planning --- planning with knowledge and belief --- is essential in many mu...
The seminar Epistemic Planning brought together the research communities of Dynamic Epistemic Logic...
Dynamic epistemic logic (DEL) provides a very expressive framework for multi-agent planning that can...
As the research in multi-agent domain continues to grow it is becoming more and more important to in...
Multi-agent systems have been employed to model, simulate and explore a variety of real-world scenar...
Over the last few years, the concept of Artificial Intelligence has become central in different task...
Dynamic Epistemic Logic (DEL) provides a framework for epistemic planning that is capable of represe...
International audienceA realistic model of multi-agent planning must allow us to formalize notions ...
Dynamic epistemic logic, broadly conceived, is the study of rational social interaction in context, ...
International audienceWe propose a purely logical framework for planning in partially observable env...
In reasoning about multi-agent systems, it is important to look beyond the realm of propositional l...
From the perspective of DEL, learning is updating an epistemic situation with new informa-tion, and ...
Classical planning is the problem of finding a sequence of actions that achieve a desired goal from...
Actions in a multi-agent setting have complex characteris-tics. They may not only affect the real wo...
Dynamic epistemic logic (DEL) is an extension of modal multi-agent epistemic logic with dynamic oper...
© 2019 Guang HuEpistemic planning --- planning with knowledge and belief --- is essential in many mu...
The seminar Epistemic Planning brought together the research communities of Dynamic Epistemic Logic...
Dynamic epistemic logic (DEL) provides a very expressive framework for multi-agent planning that can...
As the research in multi-agent domain continues to grow it is becoming more and more important to in...
Multi-agent systems have been employed to model, simulate and explore a variety of real-world scenar...
Over the last few years, the concept of Artificial Intelligence has become central in different task...
Dynamic Epistemic Logic (DEL) provides a framework for epistemic planning that is capable of represe...
International audienceA realistic model of multi-agent planning must allow us to formalize notions ...
Dynamic epistemic logic, broadly conceived, is the study of rational social interaction in context, ...
International audienceWe propose a purely logical framework for planning in partially observable env...
In reasoning about multi-agent systems, it is important to look beyond the realm of propositional l...
From the perspective of DEL, learning is updating an epistemic situation with new informa-tion, and ...
Classical planning is the problem of finding a sequence of actions that achieve a desired goal from...