Event-based systems are a popular substrate for distributing information derived from sensors to be used in driving adaptive behaviour. This paper argues that using events directly provides a poor model of context, and that a hybrid approach that uses events to populate and maintain a distributed knowledge base offers a more stable solution. The inherent uncertainties in both sensor data and reasoning imply that traditional knowledge-based system techniques applied to contextual systems be extended to deal with more uncertain reasoning
This paper proposes a methodology for sensor data interpretation that can combine sensor outputs wit...
Current trends like the proliferation of sensors or the Internet of Things lead to Cyber-physical Sy...
In computing, Ambient Intelligence (AmI) refers to electronic environments that are sensitive and re...
peer-reviewedEvent-based systems are a popular substrate for distributing information derived from ...
Advances in sensor technology will revolutionize the way that real-world events are collected and in...
Context-aware computing is a well-established approach for customizing event-based reasoning to spec...
This paper proposes a methodology for sensor data interpretation that can combine sensor outputs wit...
Pervasive computing introduces complex systems consisting of many users, sensors, and applications t...
Pervasive context-aware systems base their responses on information about the environment collected ...
Pervasive and autonomic environments make extensive use of contextual information to guide adaptatio...
Context uncertainty and the incurred complexity of reasoning about context necessitate investigation...
Contextual data streams monitoring plays an important role in the identification of abnormalities in...
International audienceContext aware systems are using various sensing technologies in order to recog...
The context-aware systems allow the adaptation of the environment, which depends on the values perce...
Context uncertainty and the incurred complexity of reasoning about context necessitate investigation...
This paper proposes a methodology for sensor data interpretation that can combine sensor outputs wit...
Current trends like the proliferation of sensors or the Internet of Things lead to Cyber-physical Sy...
In computing, Ambient Intelligence (AmI) refers to electronic environments that are sensitive and re...
peer-reviewedEvent-based systems are a popular substrate for distributing information derived from ...
Advances in sensor technology will revolutionize the way that real-world events are collected and in...
Context-aware computing is a well-established approach for customizing event-based reasoning to spec...
This paper proposes a methodology for sensor data interpretation that can combine sensor outputs wit...
Pervasive computing introduces complex systems consisting of many users, sensors, and applications t...
Pervasive context-aware systems base their responses on information about the environment collected ...
Pervasive and autonomic environments make extensive use of contextual information to guide adaptatio...
Context uncertainty and the incurred complexity of reasoning about context necessitate investigation...
Contextual data streams monitoring plays an important role in the identification of abnormalities in...
International audienceContext aware systems are using various sensing technologies in order to recog...
The context-aware systems allow the adaptation of the environment, which depends on the values perce...
Context uncertainty and the incurred complexity of reasoning about context necessitate investigation...
This paper proposes a methodology for sensor data interpretation that can combine sensor outputs wit...
Current trends like the proliferation of sensors or the Internet of Things lead to Cyber-physical Sy...
In computing, Ambient Intelligence (AmI) refers to electronic environments that are sensitive and re...