In this paper, we present a method for the formalization of probabilistic models of human-computer interaction (HCI) including user behavior. These models can then be used for the analysis and verification of HCI systems with the support of model checking tools. This method allows to answer probabilistic questions like "what is the probability that the user will unintentionally send confidential information to unauthorized recipients." And it allows to compute average interaction costs and answer questions like "how much time does a user on average need to send an email?" © 2009 Springer Berlin Heidelberg.Bernhard Beckert and Markus Wagne
There are more and more automated systems and people are led to interact with them everyday. They ar...
Software developers cannot always anticipate how users will actually use their software as it may va...
Abstract. The correct functioning of interactive computer systems depends on both the faultless oper...
Abstract. In this paper, we present a method for the formalization of probabilistic models of human-...
Abstract: We present a method that allows the formalization, analysis, and verifi-cation of probabil...
Abstract. We are interested in formal modelling and verification of se-curity ceremonies. Considerab...
This project involves the development of a technique for modeling and analytically evaluating human-...
This project involves the development of a technique for modeling and analytically evaluating human-...
Probabilistic model checking is a formal verification technique for systems that exhibit stochastic ...
Probabilistic model checking is a formal verification technique for the analysis of sys-tems that ex...
Problems of human-computer interaction modelling are considered in this paper. The aim was the quali...
Probabilistic model checking is a formal verification technique for the analysis of systems that exh...
AbstractThis paper describes a model-checking based methodology to detect systematic errors commonly...
Many software systems exhibit probabilistic behaviour, either added explicitly, to improve performan...
AbstractThis paper describes a model-checking based methodology to detect systematic errors commonly...
There are more and more automated systems and people are led to interact with them everyday. They ar...
Software developers cannot always anticipate how users will actually use their software as it may va...
Abstract. The correct functioning of interactive computer systems depends on both the faultless oper...
Abstract. In this paper, we present a method for the formalization of probabilistic models of human-...
Abstract: We present a method that allows the formalization, analysis, and verifi-cation of probabil...
Abstract. We are interested in formal modelling and verification of se-curity ceremonies. Considerab...
This project involves the development of a technique for modeling and analytically evaluating human-...
This project involves the development of a technique for modeling and analytically evaluating human-...
Probabilistic model checking is a formal verification technique for systems that exhibit stochastic ...
Probabilistic model checking is a formal verification technique for the analysis of sys-tems that ex...
Problems of human-computer interaction modelling are considered in this paper. The aim was the quali...
Probabilistic model checking is a formal verification technique for the analysis of systems that exh...
AbstractThis paper describes a model-checking based methodology to detect systematic errors commonly...
Many software systems exhibit probabilistic behaviour, either added explicitly, to improve performan...
AbstractThis paper describes a model-checking based methodology to detect systematic errors commonly...
There are more and more automated systems and people are led to interact with them everyday. They ar...
Software developers cannot always anticipate how users will actually use their software as it may va...
Abstract. The correct functioning of interactive computer systems depends on both the faultless oper...