Combined with the characteristics of Globalstar system, we select typical channel and link parameters in estimation to yield the number of afforded channels and the system traffic capacity.
结合全球星系统的特点，选择了典型的信道和链路参数进行估算，分别得到了系统的可供信道量和系统通信容量。
This algorithm combined sub-carrier allocation in the physical(PHY) layer with traffic scheduling at the data link layer (DLL) by employing the channel state information.
利用物理层的信道状态信息，该算法将物理层（PHY）的子载波分配同数据链路层（DLL）的数据包业务调度结合起来。
Pairs of core routers are used to channel traffic to the base sites, both for load sharing and so the site link cannot be lost by the failure of a single router.
成对的核心路由器则将资料导向基地站。两者都是用来装载信息的，因此站点链接不会因为某一路由器的失常而丢失。
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