We introduce a probabilistic logic programming framework to handle continuous distributions as well as dynamic domains for use in fields like robotics. The framework is based on the recently introduced notion of distributional clauses, an extension of Sato’s distribution semantics. The key contribution of this paper is the introduction of a particle filter for this formalism. The particle filter recursively updates its beliefs about the current state, where states correspond to logical interpretations and may contain continuous variables. A further contribution of this work is extending distributional clauses with stratification to support negation.status: publishe
Probabilistic logic programs combine the power of a programming language with a possible world seman...
Recently, there has been a lot of attention for statistical relational learning and probabilistic pr...
Recently, there has been a lot of attention for statistical relational learning and probabilistic pr...
We propose a probabilistic logic programming framework for the state estimation problem in dynamic r...
Probabilistic logic programs combine the power of a programming language with a possible world sema...
Abstract Invited TalkProbabilistic logic programs combine the power of a programming language with a...
An important issue in artificial intelligence and many other fields is modeling the domain of intere...
Recently, there has been a lot of attention for statistical relational learning and probabilistic pr...
Probabilistic logic programs [4] combine the power of a pro- gramming language with a possible world...
We introduce a probabilistic language and an efficient inference algorithm based on distributional c...
Recently, there has been a lot of attention for statistical relational learning and probabilistic pr...
We review the Distributional Clauses Particle Filter (DCPF), a statistical relational framework for ...
Abstract Probabilistic logics combine the expressive power of logic with the ability to reason with ...
We introduce a probabilistic language and a fast inference algorithm for state estimation in hybrid ...
Robotics is a rich domain that requires both high-level reasoning and reasoning about uncertainty. T...
Probabilistic logic programs combine the power of a programming language with a possible world seman...
Recently, there has been a lot of attention for statistical relational learning and probabilistic pr...
Recently, there has been a lot of attention for statistical relational learning and probabilistic pr...
We propose a probabilistic logic programming framework for the state estimation problem in dynamic r...
Probabilistic logic programs combine the power of a programming language with a possible world sema...
Abstract Invited TalkProbabilistic logic programs combine the power of a programming language with a...
An important issue in artificial intelligence and many other fields is modeling the domain of intere...
Recently, there has been a lot of attention for statistical relational learning and probabilistic pr...
Probabilistic logic programs [4] combine the power of a pro- gramming language with a possible world...
We introduce a probabilistic language and an efficient inference algorithm based on distributional c...
Recently, there has been a lot of attention for statistical relational learning and probabilistic pr...
We review the Distributional Clauses Particle Filter (DCPF), a statistical relational framework for ...
Abstract Probabilistic logics combine the expressive power of logic with the ability to reason with ...
We introduce a probabilistic language and a fast inference algorithm for state estimation in hybrid ...
Robotics is a rich domain that requires both high-level reasoning and reasoning about uncertainty. T...
Probabilistic logic programs combine the power of a programming language with a possible world seman...
Recently, there has been a lot of attention for statistical relational learning and probabilistic pr...
Recently, there has been a lot of attention for statistical relational learning and probabilistic pr...