Exact(3)
More specifically, we design a reactive routing protocol for the considered scenario able to achieve three goals: (i) to avoid interferences to primary users during both route formation and data forwarding; (ii) to perform a joint path and channel selection at each forwarder; (iii) to take advantage of the availability of multiple channels to improve the overall performance.
But these three short speeches indicated that the industrialized nations and the developing countries might not be able to find a joint path forward.
Proposals for a joint path forward are unlikely to emerge any time soon, because the two largest countries left, Germany and France, have such strikingly different visions of how the EU should proceed without Britain.
Similar(57)
In (Diehl et al. 2015), well-posedness of the corresponding mixed SDE is established by first constructing a joint rough path "above" W and η.
This idea is adopted in a routing protocol, referred to as Dual Diversity Cognitive Ad-hoc Routing Protocol, and simulation results reveal the effectiveness of introducing joint path and spectrum diversity in CRAHNs.
Differently, joint path and spectrum diversity can provide a promising solution that can solve both the above mentioned limitations.
The method evaluates the reduction of joint path and map entropy and computes a potential information field in robot configuration space using these joint entropy reduction estimates.
In this section, a performance comparison of D2CARP with CAODV[9] is carried out to assess the benefits of joint path and spectrum diversity.
At the end of the route discovery procedure, the source can take advantage of joint path and spectrum diversity by means of multi-path and multi-channel routes.
In this article, we propose to exploit the joint path and spectrum diversity to counteract the performance degradation experienced by CUs due to the activity of PUs in CRAHNs and, this idea is adopted in a routing protocol named D2CARP.
In fact, joint path and spectrum diversity allows CUs to switch dynamically among different paths and channels for communicating with each other in presence of frequency- and space-domain-dependent PU activity.
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Justyna Jupowicz-Kozak
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