Today's MPSoC-based products increasingly have to deal with multiple application execution scenarios which may change dynamically at run time.
In this paper, we focus on the multiple sender and multiple user application scenario to provide a flexible search authorization searchable encryption (SE) scheme.
We suggest a generic architecture for an application level cloud orchestration framework, called MiCADO that supports various application scenarios on multiple heterogeneous federated clouds.
Nevertheless, the use of a key-value store may be appropriate in scenarios where multiple application servers access the same session information.
Heinzelmanet al. [7] present middleware design to support multiple applications considering various real-life application scenarios.
Aside from the hardware design and prototype, we also discuss methods of assigning charge times for application scenarios where there are multiple pulse loads.
Since then, multiple new trends and a broad range of new application scenarios have emerged, e. g., cloud and mobile computing, multimedia streams.
Wireless mesh networks (WMNs), with multiple hops and mesh topology, has been evolved as a key technology for a variety of application scenarios including broadband home networking, community and neighborhood networking, enterprize networking, and metropolitan area networking [1].
The model of multiple-path on demand data routing protocols has been an effective scheme for the majority of MANET application scenarios in recent times.
Fig. 3 Application scenarios.
Smart home is another application scenario where a multiple source context is very common.
