Temporal indeterminacy, the lack of specific knowledge about the timing of events, oc-curs often in temporal reasoning in practical applications and is connected to the con-cept of time granularity. Although logical properties of granularities have been described by several researchers in the literature, the implications of temporal indeterminacy and granularities for probabilistic representation and reasoning have received little attention. Given the widespread occurrence of problems, specifically in medicine, where one has to cope with both temporal indeterminacy and uncertainty, it is somewhat surprising that methods that handle both do not exist as yet. In this paper we propose a formalism to model granularities in temporal Bayesian net...
In this paper, we propose a new logical approach to represent and to reason about different time gra...
In this paper, we propose a new logical approach to represent and to reason about different time gra...
Dynamic Bayesian networks (DBNs) are temporal probabilistic models for reasoning over time which are...
Temporal formalisms are useful in several applications such as planning, scheduling and diagnosis. P...
This work examines important issues in probabilistic temporal representation and reasoning using Bay...
AbstractComplex real-world systems consist of collections of interacting processes/events. These pro...
This paper presents a general framework to define time granularity systems. We identify the main dim...
AbstractThe usual methods of applying Bayesian networks to the modeling of temporal processes, such ...
The world in which we live changes in uncertain ways. Building intelligent machines able to interac...
Abstract—Complex activities typically consist of multiple primitive events happening in parallel or ...
A current popular approach to representing time in Bayesian belief networks is through Dynamic Bayes...
Most real-world dynamic systems are composed of different components that often evolve at very diffe...
Objectives: Temporal abstraction (TA) of clinical data aims to abstract and interpret clinical data ...
BACKGROUND: Clinical knowledge about progress of diseases is characterised by temporal information a...
Temporal reasoning, in the form of propagation of temporal constraints, is an important topic in Art...
In this paper, we propose a new logical approach to represent and to reason about different time gra...
In this paper, we propose a new logical approach to represent and to reason about different time gra...
Dynamic Bayesian networks (DBNs) are temporal probabilistic models for reasoning over time which are...
Temporal formalisms are useful in several applications such as planning, scheduling and diagnosis. P...
This work examines important issues in probabilistic temporal representation and reasoning using Bay...
AbstractComplex real-world systems consist of collections of interacting processes/events. These pro...
This paper presents a general framework to define time granularity systems. We identify the main dim...
AbstractThe usual methods of applying Bayesian networks to the modeling of temporal processes, such ...
The world in which we live changes in uncertain ways. Building intelligent machines able to interac...
Abstract—Complex activities typically consist of multiple primitive events happening in parallel or ...
A current popular approach to representing time in Bayesian belief networks is through Dynamic Bayes...
Most real-world dynamic systems are composed of different components that often evolve at very diffe...
Objectives: Temporal abstraction (TA) of clinical data aims to abstract and interpret clinical data ...
BACKGROUND: Clinical knowledge about progress of diseases is characterised by temporal information a...
Temporal reasoning, in the form of propagation of temporal constraints, is an important topic in Art...
In this paper, we propose a new logical approach to represent and to reason about different time gra...
In this paper, we propose a new logical approach to represent and to reason about different time gra...
Dynamic Bayesian networks (DBNs) are temporal probabilistic models for reasoning over time which are...