The excellent microwave absorption property was due to their special structural characteristics, well-matched characteristic impedances, and interfacial polarization induced by multiple interfaces in the composites.
Because of their special structural characteristics, well-matched characteristic impedances, and interfacial polarization induced by multiple interfaces in the composites, the multiple-phase heterostructure composites exhibit excellent EM absorption performances.
Multipath TCP is a major extension of TCP, designed for leveraging the increasing availability of multiple interfaces in end hosts, on one side, and the existence of diverse Internet paths between hosts, on the other.
MIP-based solutions for TWCS have already been studied [12, 22, 30, 55, 56] and extensions to support multi-homing, by using multiple egress interfaces on the MR, have been developed [57 59] within the IETF Working Group MEXT (Mobility EXTensions for IPv6) or in the former Working Groups MIP6 (Mobility for IPv6), NEMO or MONAMI6 (Mobile Nodes and Multiple Interfaces in IPv6).
To sum up, these studies discussed the following: (i) solutions and analysis of supporting network mobility in vehicular environment [9 14], (ii) resource aggregation and allocation of multiple interfaces in mobile networks [15 17, 19], or (iii) group formation and coordination [20, 21, 28], or (iv) P2P content sharing among mobiles on one vehicle [30, 31].
Thus, it can be beneficial to use multiple interfaces in the backhaul link, not only to increase the system performance, but also to add robustness to the system by switching between the interfaces, or even sharing the load between the multiple interfaces when the need arises.
Vegetation provides multiple interfaces, i.e. in the rhizosphere and on epiphytic biofilms, that support the development and activity of bacterial communities responsible for NO3− dissipation.
As stated previously, our previous work [11] has been proposed for disjoint multi-path routing problem in CR networks in multiple interfaces scenario.
The possibility of using multiple air interfaces for optimal radio resource utilization is described in Section 4. Section 5 extends the multiple interfacing concepts in order to support the integration of relaying and home eNB into a single equipment.
This is one of the few papers to analyze multiple interface standards in a single industry and it finds that standard setting in such an industry is much more complex than those covered in the existing literature.
Multiple interfaces can be placed in series along a channel.
