One major strength of Titan compared to approaches reviewed in Section 2 is Titan's seamless mapping of a design-time-defined service graph onto run-time-discovered available resources.
Port scan is a particular DoS attack that aims to discover available services on the targeted system [1].
Using Cabify, people can use their smartphones' geolocation functionality to discover available luxury black cars that are nearby.
Discovering available resources in multiple domains is a challenge which requires a level of expertise and knowledge of the individual data systems in each domain.
With the necessary information, an MN may discover available neighboring networks and communicate with elements within these networks a priori to optimize handover.
To address above issues, this article proposes a CASSF for SHs, which discovers available services based on the general device ontology and allocates suitable services according to user contexts.
To discover available resources, the NVM interacts with several components (e.g., Energy Manager, components at network, MAC, and physical layers) in order to retrieve information regarding remaining energy, queue status, channel availability and usage, unoccupied RAM size, etc.
To efficiently manage devices in SHs, the CASSF should offer functions to discover available services in heterogeneous networks, allocate appropriate services to execute user tasks in terms of contexts and provide high quality of services to enhance user satisfaction.
In this article, we elaborate a context-aware service scheduling framework (CASSF), which discovers available services hosted on those heterogeneous and mobile devices, selects suitable services that meet task requirements (TR) and ultimately enhances user experience with content adaptation.
