… shows that our design presents reasonable tradeoffs for … the number of user actions
required for granting permissions. In … As with ACG ownership as described in Section 4.1.2, …

… of requests made by the users to control device usage in a … are the smart device owners,
and all four users have access to … In this section, we present the architecture of the Kratos+ and …

… In our system, data owner grants the access to the data. • … In order to address a variety of use
cases we present three … is required to formally prove our proposed capability based access …

… its proof of ownership to use our access control mechanism; … In our current system the PDP
and the Revocation Service … or communication resources required by our CapBAC system are …

… The user data present in the environment will be very … system for authentication. Also the
author mentions that the … transaction will send the request to the central key server to grant …

… under the title “A Usage-based Authorization Frame- … in collaborative systems, we present
an access control model based … access request but also during the ongoing stage of the usage …

… access to the valuable information present at the server, due … transaction will send the request
to the central key server to grant … user requests the central key server to start the ownership …

… systems, we present an access control model based on UCON [… type, ownership, etc., but
also, application specific attributes can … request is generated, a usage cannot be granted; after …

… paper, we present an architecture for capability-based IoT access … When the device owner
decides to grant a device service … At a specific request rate, the response time remains stable, …

… that are used to grant, get, delegate, and revoke access. It is … Section 3 introduces and presents
an architecture overview … signatures that are required to (i) prove ownership of resources …