Projets par an
Privacy-aware usage control is a control of the usage of private data with the aim to protect data owner privacy. In privacy-aware system, the purpose of data usage1 is strictly controlled to ensure that data owner privacy is properly protected and data would never be used beyond what it is authorized for. To fulfill that level of protection, it requires the strong enforcement of usage policy, in particular, the en- forcement of the purpose of data usage. However, there are many difficulties in purpose enforcement. One of which is to validate the purpose of an agent when it requests to perform an action, particularly in distributed environments where the processing of data is carried out on client side application and direct control of it is limited. Generally, validating “a particular purpose” may require different mechanisms and can happen at different points in time2 during the lifecycle of data usage. Hence, there is a need to express “how purpose should be validated” by indicating which validation mechanisms should be used and when the validation should take place so that the remote system can act as instructed. In this paper, we discuss the design issue of purpose validation policy3 expression based on our proposed validation struc- ture: pre-, ongoing-, and post-validation. Furthermore, we discuss how the existing languages such as EPAL, XACML, and ODRL can directly be used or extended to support our proposed purpose validation policy model.
|Nombre de pages||8|
|Etat de la publication||Publié - 10 janv. 2014|
|Evénement||ACM International conference on ubiquitous information management and communication - Siem Reap, Siem Reap, Cambodge|
Durée: 9 janv. 2014 → 11 janv. 2014
|Une conférence||ACM International conference on ubiquitous information management and communication|
|La ville||Siem Reap|
|période||9/01/14 → 11/01/14|
Contient cette citation
Rath, T. M. A., & Colin, J-N. (2014). Modeling and Expressing Purpose Validation Policy for Privacy-aware Usage Control in Distributed Environment. Papier présenté � ACM International conference on ubiquitous information management and communication, Siem Reap, Cambodge.