point-to-point
multiaccess
nonbroadcast multiaccess
The acronym EIGRP stands for Enhanced Internet Gateway Routing Protocol. The protocol is loosely based on the Interior Gateway Routing Protocol invented by Cisco.
A ripple carry adder needs a much less complicated circuit, than other adder topologies.
To make sure that a feeder cable is secure it must be supported. The support distance is stated in the electrical code book. The code also gives support of cable trays, conduit and all the different ways to support cables.
The easiest way is to follow that specific manufacturer's instructions. If you don't have them, try searching their web site online, or calling their tech support number for a copy of the instructions. The reasoning behind this is that many thermostats are slightly different, and there are also some types that are totally different. There is no single answer.
amplifiers operated with Common emmitter configuration for bipolar transistors , will give both voltage & current gain . Though equivalent fet & mosfet circuit topologies exist , these amplifiers operate more on signal voltage on input & the signal current is negligible compared to a bipolar transistor.
what are the different networking topologies?
Can a single physical topology support multiple logical topologies give a proper reason.
Enhanced Interior Gateway Routing Protocol (EIGRP) was once as Cisco Propitiatory routing protocol for Cisco routers. However many routers that are not Cisco now support the use of EIGRP.
Different types of Networking topologies are 1] Bus topolgy 2] Ring topology 3] Mesh topology 4] Hibrid topology
Yes, a physical topology can support multiple logical topologies.
Most star topologies use CSMA/CD for a Local Area Network. WANs and MANs are different and use completely different access methods.
ring,bus,mesh,star
Computers can be interconnected in different ways to form a network. Such different ways of interconneconnection are called computer topologies. There are 5 topologies. They are: * BUS TOPOLOGY * RING TOPOLOGY * STAR TOPOLOGY * MESH TOPOLOGY * TREE TOPOLOGY
we would need to redistribute ospf routes into eigrp and vice versa. redistribution will have to be done on an ASBR(autonomus system boundry router) eg: we have an ospf process wid process id 10 running and eigrp with ASN 20 running in our network redistribution on ASBR would be conf t router ospf 10 redistribute eigrp 20 subnets metric 1 and in eigrp conf t router eigrp 20 redistribute ospf metric 1 1 1 1 1 we see i used 5 ones in eigrp process to redistribute opsf into eigrp. thes 1's are metrics for eigrp namely load bandwidth delay reliability
170
IGRP and EIGRP use the same metric calculation, but EIGRP's metric value is multiplied by 256 to give it more granularity in its decision making.
Compared to RIP, EIGRP has a lower administrative distance. Compared to EIGRP, RIP has a higher metric value for the route. Compared to RIP, the EIGRP route has fewer hops. Compared to RIP, EIGRP has a faster update timer.