When applying plan recognition to Human - Computer Interaction, one must cope with users exhibiting a large amount of reactive behaviour: users that change tasks, or change strategies for achieving tasks. Most current approaches to keyhole plan recognition do not address this problem. We describe an application domain for plan recognition, where users exhibit reactive rather than plan-based behaviour, and where existing approaches to plan recognition do not perform well. In order to enable plan recognition in this domain, we have developed an extremely simplistic mechanism for keyhole plan recognition, "intention guessing ". The algorithm is based on descriptions of observable behaviour, and is able to recognize certain instances ...
While the development of virtual worlds provides players flexible, free spaces and attractive user-i...
In realistic settings, several factors limit the utility of planners based on the classical nonlinea...
This paper describes an explanation-based approach lo learning plans despite a computationally intra...
When applying plan recognition to Human - Computer Interaction, one must cope with users exhibiting ...
Plan recognition is the task of ascribing intentions about plans to an actor, based on observing the...
The main focus of this research is to establish the techniques and prove feasibility of the case-bas...
dwa,ingrid,annn¡ Abstract. We present an approach to keyhole plan recognition which uses a dynamic b...
There are today a lot of different techniques for performing plan recognition in various domains, su...
. We present an approach to keyhole plan recognition which uses a dynamic belief (Bayesian) network ...
The problem of recognizing an agent's plans arises in many contexts in work in artificial intel...
An agent can perform erroneous actions. Despite such errors, one might want to understand what the a...
Most of the available plan recognition techniques are based on the use of a plan library in order to...
Plan recognition aims to recognize target plans given observed actions with history plan libraries o...
This paper describes a challenging plan recognition problem that arises in environments in which age...
this paper, I discuss two areas of work in plan recognition for HCI. The first, expectation driven p...
While the development of virtual worlds provides players flexible, free spaces and attractive user-i...
In realistic settings, several factors limit the utility of planners based on the classical nonlinea...
This paper describes an explanation-based approach lo learning plans despite a computationally intra...
When applying plan recognition to Human - Computer Interaction, one must cope with users exhibiting ...
Plan recognition is the task of ascribing intentions about plans to an actor, based on observing the...
The main focus of this research is to establish the techniques and prove feasibility of the case-bas...
dwa,ingrid,annn¡ Abstract. We present an approach to keyhole plan recognition which uses a dynamic b...
There are today a lot of different techniques for performing plan recognition in various domains, su...
. We present an approach to keyhole plan recognition which uses a dynamic belief (Bayesian) network ...
The problem of recognizing an agent's plans arises in many contexts in work in artificial intel...
An agent can perform erroneous actions. Despite such errors, one might want to understand what the a...
Most of the available plan recognition techniques are based on the use of a plan library in order to...
Plan recognition aims to recognize target plans given observed actions with history plan libraries o...
This paper describes a challenging plan recognition problem that arises in environments in which age...
this paper, I discuss two areas of work in plan recognition for HCI. The first, expectation driven p...
While the development of virtual worlds provides players flexible, free spaces and attractive user-i...
In realistic settings, several factors limit the utility of planners based on the classical nonlinea...
This paper describes an explanation-based approach lo learning plans despite a computationally intra...