In this paper, we will address privacy and trust issues that arise in more advanced software systems. Though a lot of information is currently available in electronic form, not all of it should widely be accessible to everybody. The involved parties need full control on how their data are used and who has access. If the system consists of autonomous software agents, this problem requires extra attention and new working principles. We illustrate this in the case of a communication platform for multimodal transport. The major aim of the communication platform is to enhance exchanging information and to ultimately improve organisation/collaboration within the transport sector. A better informed view of the transport sector will facilitate better considered decisions for users of the communication platform. The software system merits credibility by accurately modelling all the relevant real world interactions of potential users of the system. We opted for a connectivity solution in which software agents act as representatives of the parties involved. All agents can be equipped with human‐like skills and qualities such as intelligence, autonomy, and the ability to cooperate, coordinate and negotiate. We demonstrate how cooperation between parties can be achieved while respecting their sensitivity concerning information.
Bernaer, S., Meganck, M., Vanden Berghe, G. and De Causmaecker, P. (2006), "Designing trust with software agents: A case study", Journal of Information, Communication and Ethics in Society, Vol. 4 No. 1, pp. 37-48. https://doi.org/10.1108/14779960680000280Download as .RIS
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