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One of the major QoS goals for future battlefield networks (FBN) is to ensure multi-level precedence and preemption (MLPP). Ensuring MLPP is difficult, partly due to the networking architecture for FBN which consists of wired ??red?? network connected by encrypted wireless ??black?? network. The security requirements for FBN do not allow passing information from black to red networks. So when congestion...
In cryptographically-partitioned networks, data within a packet can be used by routers in the plain-text enclaves to make quality of service (QoS) and precedence and preemption (P&P) decisions in regards to forwarding the packet and allocating resources for flows. However, while in a cipher-text shared transit network, the packet is encrypted and is opaque to routers in the transit network and...
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