We present a formal model for modelling Event-Condition-Action Rules by partitioning a state space and evolution function taking into account the features that are typical of Intelligent Environments. This model allows for a precise definition of formal requirements and for their efficient verification
This paper provides an overview of how the Event-B language and verification method can be used to m...
The goal of the following survey on Event-Condition-Action (ECA) Rules is to come to a common unders...
As formal verification tools gain popularity, the problem arises of making them more accessible to e...
We present a formal model for modelling Event-Condition-Action Rules by partitioning a state space a...
Intelligent Environments (IEs) are physical spaces where Information Technology (IT) and other perva...
Intelligent Environments (IE) are a very active area of research and a number of applications are cu...
In this paper we show how state-of-the art SMT-based techniques for software verification can be emp...
Abstract. Event-Condition-Action (ECA) rules are a widely used lan-guage for the high level specific...
International audienceEvent-Condition-Action (ECA) rules are a widely used language for the high lev...
This paper presents the realisation of an inference engine for modelling intelligent behaviour of sm...
Rule-based systems implemented as event-condition-action (ECA) rules utilize a powerful and flexible...
With the rise in popularity of smart objects and online services, the use of Trigger-Action Platform...
Smart Environments (SmE) are a growing combination of various computing frameworks (ubiquitous, perv...
This paper presents the implementation of an inference engine for modelling reliable behaviour of sm...
Verification of safety requirements is one important task during the development of safety critical ...
This paper provides an overview of how the Event-B language and verification method can be used to m...
The goal of the following survey on Event-Condition-Action (ECA) Rules is to come to a common unders...
As formal verification tools gain popularity, the problem arises of making them more accessible to e...
We present a formal model for modelling Event-Condition-Action Rules by partitioning a state space a...
Intelligent Environments (IEs) are physical spaces where Information Technology (IT) and other perva...
Intelligent Environments (IE) are a very active area of research and a number of applications are cu...
In this paper we show how state-of-the art SMT-based techniques for software verification can be emp...
Abstract. Event-Condition-Action (ECA) rules are a widely used lan-guage for the high level specific...
International audienceEvent-Condition-Action (ECA) rules are a widely used language for the high lev...
This paper presents the realisation of an inference engine for modelling intelligent behaviour of sm...
Rule-based systems implemented as event-condition-action (ECA) rules utilize a powerful and flexible...
With the rise in popularity of smart objects and online services, the use of Trigger-Action Platform...
Smart Environments (SmE) are a growing combination of various computing frameworks (ubiquitous, perv...
This paper presents the implementation of an inference engine for modelling reliable behaviour of sm...
Verification of safety requirements is one important task during the development of safety critical ...
This paper provides an overview of how the Event-B language and verification method can be used to m...
The goal of the following survey on Event-Condition-Action (ECA) Rules is to come to a common unders...
As formal verification tools gain popularity, the problem arises of making them more accessible to e...