C. Jonker
Delft University of Technology, Interactive Intelligence, Faculty Member
Socially intelligent systems exhibit, understand, and reason about social behavior, in order to support people in their daily lives. We claim that a fundamental new approach based on social concepts is needed to build these socially... more
Socially intelligent systems exhibit, understand, and reason about social behavior, in order to support people in their daily lives. We claim that a fundamental new approach based on social concepts is needed to build these socially intelligent systems. In this paper, we explore how the concepts of social practices and social identities can be used to structure deliberations about actions. We then show the consequences for the architecture and reasoning capabilities of these systems.
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Research Interests: Information Systems, Engineering, Cognitive Science, Computer Science, Focus Groups, and 15 moreTechnology Acceptance, Negotiation, Scenario Based Product Design, Social Context, Focus Group, Non Functional Requirement, Data Collection, Negotiation support system, User Study, Social Acceptance, Technology Acceptance Model, Online survey, Social Network, Functional Requirements, and Negotiation Support Systems
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Abstract. Prominent agent-oriented software engineering methodologies such as Tropos support the engineer throughout most of the development process. Though in this method attention is paid to system stakeholders by explicitly modeling... more
Abstract. Prominent agent-oriented software engineering methodologies such as Tropos support the engineer throughout most of the development process. Though in this method attention is paid to system stakeholders by explicitly modeling them, potential harms and benefits of ...
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Proceedings of the Second International ISCRAM Conference (Eds. B. Carle and B. Van de Walle),Brussels, Belgium, April 2005 ... Formal Modelling and Comparing of Disaster Plans ... Mark Hoogendoorn1, Catholijn M. Jonker1,2, Viara Popova1,... more
Proceedings of the Second International ISCRAM Conference (Eds. B. Carle and B. Van de Walle),Brussels, Belgium, April 2005 ... Formal Modelling and Comparing of Disaster Plans ... Mark Hoogendoorn1, Catholijn M. Jonker1,2, Viara Popova1, Alexei Sharpanskykh1, and ...
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This article presents the language and software environment LEADSTO that has been developed to model and simulate dynamic processes in terms of both qualitative and quantitative concepts. The LEADSTO language is a declarative order-sorted... more
This article presents the language and software environment LEADSTO that has been developed to model and simulate dynamic processes in terms of both qualitative and quantitative concepts. The LEADSTO language is a declarative order-sorted temporal language, extended with quantitative notions like integer and real. Dynamic processes can be modelled in LEADSTO by specifying the direct temporal dependencies between state properties in successive states. Based on the LEADSTO language, a software environment was developed that performs simulations of LEADSTO specifications, generates data-files containing traces of simulation for further analysis, and constructs visual representations of traces. The approach proved its worth in a number of research projects in different domains.
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Research Interests: Information Systems, Computer Science, Economics, Negotiation, Applied Economics, and 12 moreManagement Development, Electronic Markets, Intelligent Agent, Multi Agent System, Agent Technology, Power Grid, Business Process, Emerging Technology, Load Balance, Dynamic Loading, Electronic Commerce, and Proof of Concept
There is a common belief that making systems more autonomous will improve the system and is therefore a desirable goal. Though small scale simple tasks can often benefit from automation, this does not necessarily generalize to more... more
There is a common belief that making systems more autonomous will improve the system and is therefore a desirable goal. Though small scale simple tasks can often benefit from automation, this does not necessarily generalize to more complex joint activity. When designing today’s more sophisticated systems to work closely with humans, it is important not only to consider the machine’s