Examples of cross-layer design for QoS provisioning in MANETs include an adaptive service model utility fair, an adaptive resource management architecture, TIMELY, etc. [11].
We define in this section our novel trusted timely attacks-tolerating communication architecture called 3TCA and we describe the services that it guarantees in order to achieve QoS and intrusion tolerance provision for MMR networks.
We propose in this article an architecture called trusted timely attacks-tolerating communication architecture (3TCA) designed for mobile multihop relay (MMR) networks.
Google Image Search, clever keywords, and more internet sleuthing could not reveal the location of the gorgeous architecture in a timely manner, either, so I gave up, sure I would find it eventually.
Thanks to the 3TCACs, the proposed architecture achieves also timely-based and DoS attacks detection and continues delivering the nearly same QoS level despite such attacks.
To ensure making the correct decision in a timely manner for safety-critical applications, architectures using a state-based schedule require state inconsistency detection and resolution.
In this paper, we evaluate a number of different middleware architectures that facilitate the timely and reliable delivery of media services in P2P networks.
The proposed architecture provides the network with timely information necessary to proactively respond to user movements instead of passively handling it after it happens.
In that project, data sharing was simplified though a service-oriented architecture and the accurate and timely information exchange that was achieved displayed potential to enhance effective collaboration and improve patient care.
In order to address these issues, we propose in this article a QoS architecture for MMR networks called trusted timely attacks-tolerating communication architecture (3TCA) which tolerates particular attacks while adopting novel design principles that enhance the scalability and the efficiency of our proposed protocols.
This is considered preferential over a centralized architecture in order to be able to timely process the triggers and adjust the control parameters in response to the dynamic changes in traffic and radio interference situations.
