A PSPACE Algorithm for Almost|Sure Rabin Objectives in Multi ...
A PSPACE Algorithm for Almost-Sure Rabin Objectives in Multi ...
The main result of this paper is PSPACE-completeness for almost-sure Rabin objectives in MEMDPs. This result clarifies the complexity landscape for MEMDPs.
A PSPACE Algorithm for Almost-Sure Rabin Objectives in ... - DROPS
Multi-environment MDPs (MEMDPs) [36] model a finite set of MDPs, called environments, that share the state space but whose transition relation may be ...
(PDF) A PSPACE Algorithm for Almost-Sure Rabin Objectives in ...
PDF | Markov Decision Processes (MDPs) model systems with uncertain transition dynamics. Multiple-environment MDPs (MEMDPs) extend MDPs. They.
A PSPACE Algorithm for Almost-Sure Rabin Objectives in Multi ...
A PSPACE Algorithm for Almost-Sure Rabin Objectives in Multi-Environment MDPs. Thumbnail. Fulltext: 311048.pdf. Size: 897.1Kb. Format: PDF. Description ...
Marck van der Vegt - Google Scholar
A PSPACE Algorithm for Almost-Sure Rabin Objectives in Multi-Environment MDPs. M Suilen, M van der Vegt, S Junges. arXiv preprint arXiv:2407.07006, 2024 ...
Publications - Sebastian Junges
Marnix Suilen, Marck van der Vegt, and Sebastian Junges, “A PSPACE Algorithm for Almost-Sure Rabin Objectives in Multi-Environment MDPs,” in CONCUR, 2024.
Multiple-Environment Markov Decision Processes - Semantic Scholar
16 Citations · A PSPACE Algorithm for Almost-Sure Rabin Objectives in Multi-Environment MDPs · Solving Robust Reachability Using Quantified Boolean Formulas.
Marnix Suilen, Marck van der Vegt, Sebastian Junges: A PSPACE Algorithm for Almost-Sure Rabin Objectives in Multi-Environment MDPs. CONCUR 2024: 40:1-40:17.
Accepted Papers - CONFEST 2024
MITL Model Checking via Generalized Timed Automata and a new Liveness Algorithm ... A PSPACE Algorithm for Almost-Sure Rabin Objectives in Multi-Environment MDPs
Marnix Suilen - Google Scholar
A PSPACE Algorithm for Almost-Sure Rabin Objectives in Multi-Environment MDPs. M Suilen, M van der Vegt, S Junges. arXiv preprint arXiv:2407.07006, 2024. 2024.
A PSPACE Algorithm for Almost-Sure Rabin Objectives in Multi-Environment MDPs. Marnix Suilen, Marck van der Vegt, and Sebastian Junges. In CONCUR 2024. Bib.
Robust Almost-Sure Reachability in Multi-Environment MDPs
We show that this problem is PSPACE-complete for MEMDPs, while the policies require exponential memory in general. We exploit the theoretical ...
Main/HomePage - Software Science
The paper A PSPACE Algorithm for Almost-Sure Rabin Objectives in Multi-Environment MDPs by Marnix Suilen, Marck van der Vegt and Sebastian Junges has won ...
Enforcing Almost-Sure Reachability in POMDPs - Semantic Scholar
A PSPACE Algorithm for Almost-Sure Rabin Objectives in Multi-Environment MDPs · Marnix SuilenMarck van der VegtSebastian Junges. Computer Science. CONCUR. 2024.
A Direct Symbolic Algorithm for Solving Stochastic Rabin Games
play π satisfies the Rabin condition R if π satisfies the LTL formula. ϕ := Vi∈P(0DRi ∧ D0Gi) . (2). Almost Sure Winning: Let G be 21/2-player game graph, ρ0 ∈ ...
Fast Symbolic Algorithms for Omega-Regular Games under Strong ...
We get symbolic algorithms for (generalized) Rabin, parity and GR(1) objectives under strong transition fairness assumptions as well as a direct symbolic ...
Rabin-Karp Algorithm for Pattern Searching - GeeksforGeeks
Hash value is used to efficiently check for potential matches between a · pattern and substrings of a larger · text. · rolling hash function · text ...
A Flexible Toolchain for Symbolic Rabin Games under Fair and ...
Piterman and Pnueli [17] derived the currently best known symbolic algorithm for solving two-player Rabin games over finite graphs with a ...
Optimal Cost Almost-Sure Reachability in POMDPs
the goal is to minimize the expected total cost for k steps. In discounted-sum objectives, the cost in the j-th step is multi- plied by γj, for 0 <γ< 1, and ...
Marck van der Vegt - Google Scholar
A PSPACE Algorithm for Almost-Sure Rabin Objectives in Multi-Environment MDPs. M Suilen, M van der Vegt, S Junges. arXiv preprint arXiv:2407.07006, 2024. 2024.