IGRP使用()
A、跳数、带宽、延迟、响应时间来衡量距离远近
B、跳数、带宽、延迟、可靠性来衡量距离远近
C、可靠性、带宽、延迟、响应时间来衡量距离远近
D、可靠性、带宽、延迟、链路上的负荷大小来衡量距离远近
A、跳数、带宽、延迟、响应时间来衡量距离远近
B、跳数、带宽、延迟、可靠性来衡量距离远近
C、可靠性、带宽、延迟、响应时间来衡量距离远近
D、可靠性、带宽、延迟、链路上的负荷大小来衡量距离远近
A、OSPF、STATIC、IGRP、RIP B、STATIC、RIP、OSPF、IGRP C、RIP、STATIC、OSPF、IGRP D、STATIC、OSPF、RIP、IGRP
A、Under t he router eigrp mode add redistribute igrp 123 subnets B、Under the router igrp mode add redistribute eigrp 123 C、None, EIGRP and IGRP are automatically redistributed in this instance. D、Under the router eigrp mode add redistribute igrp 123
A、IGRP has a faster update timer. B、IGRP has a lower administrative distance. C、RIP has a higher metric value for that route. D、The IGRP route has fewer hops. E、The RIP path has a routing loop.