Current planning algorithms have difficulty handling the complexity that is due to an increase in domain uncertainty, and especially in the case of multi-dimensional continuous spaces. Therefore, they produce plans that do not take into account numerous situations that can occur at runtime, such as faults or other changes in the planning domain itself. Thus there is a gap between the plan generation and the reality experienced at runtime. Here we present two methods that allow the plan conditionals to be revised w.r.t. uncertainty on the system as estimated at runtime
Traditional approaches to dealing with uncertainty in planning have focused on finding plans that pr...
In order to ensure the robust actuation of a plan, execution must be adaptable to unexpected situati...
Planetary exploration rovers require high level of autonomy: they should act as much as possible wit...
Reasoning about uncertainty is an essential component of many real-world plan-ning problems, such as...
AbstractUncertainty, inherent in most real-world domains, can cause failure of apparently sound clas...
There has been considerable work in Al on decision-theoretic planning and planning under uncertainty...
In this paper, we discuss our approach to making the behavior of planetary rovers more robust for th...
Activity planning for missions such as the Mars Exploration Rover mission presents many technical ch...
Dynamic plan execution strategies allow an autonomous agent to respond to uncertainties, while impro...
This paper proposes a fast alternative to POMDP planning for domains with deterministic state-changi...
Reasoning about uncertainty is an essential component of many real-world planning problems, such as ...
Expanding robotic space exploration beyond the immediate vicinity of Earth's orbit can only be achie...
This paper presents an approach to planning under uncertainty in resource-constrained environments. ...
Autonomy is an important feature for space systems, especially for planetary exploration rovers. Fur...
A great deal of research has addressed the problem of gen-erating optimal plans, but these plans are...
Traditional approaches to dealing with uncertainty in planning have focused on finding plans that pr...
In order to ensure the robust actuation of a plan, execution must be adaptable to unexpected situati...
Planetary exploration rovers require high level of autonomy: they should act as much as possible wit...
Reasoning about uncertainty is an essential component of many real-world plan-ning problems, such as...
AbstractUncertainty, inherent in most real-world domains, can cause failure of apparently sound clas...
There has been considerable work in Al on decision-theoretic planning and planning under uncertainty...
In this paper, we discuss our approach to making the behavior of planetary rovers more robust for th...
Activity planning for missions such as the Mars Exploration Rover mission presents many technical ch...
Dynamic plan execution strategies allow an autonomous agent to respond to uncertainties, while impro...
This paper proposes a fast alternative to POMDP planning for domains with deterministic state-changi...
Reasoning about uncertainty is an essential component of many real-world planning problems, such as ...
Expanding robotic space exploration beyond the immediate vicinity of Earth's orbit can only be achie...
This paper presents an approach to planning under uncertainty in resource-constrained environments. ...
Autonomy is an important feature for space systems, especially for planetary exploration rovers. Fur...
A great deal of research has addressed the problem of gen-erating optimal plans, but these plans are...
Traditional approaches to dealing with uncertainty in planning have focused on finding plans that pr...
In order to ensure the robust actuation of a plan, execution must be adaptable to unexpected situati...
Planetary exploration rovers require high level of autonomy: they should act as much as possible wit...