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We have already seen some of the basics of how to handle complex numbers, like how to add or multiply them Now we state the formal axioms of the complex number system which allow mathematicians to describe complex numbers as a

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You access the Cisco Switch Network View software by clicking the Network View button near the bottom-left of the Visual Switch Manager home page The Switch Network View gives you a picture of your network and allows you to manage multiple switches at one time Like the Visual Switch Manager, the Network View uses your Web browser's GUI Network View also requires the same type of browser and configuration modifications as for the Visual Switch Manager

11000000101010000000010001111101 11000000101010000000010001111110 11000000101010000000010001111111 - Can t use all ones

eld These axioms should be familiar since their general statement is similar to that used for the reals We suppose that u, w, z are three complex numbers, that is, u, w, z Then these axioms follow: z+w and zw (closure law) (commutative law of addition) (114) (115) (116) (117) (118) (119)

MAC-layer addresses are hardwired into the workstation's NIC In VLANs based on MAC addresses, network engineers can move a workstation to a different physical location and the workstation will automatically retain its VLAN membership without any reconfiguration on the switch When MAC-layer addresses are used, all users must be configured initially to be in at least one VLAN Administration of this arrangement can become extremely tedious and complicated in large networks

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u + ( w + z ) = (u + w) + z (associative law of additio) zw = wz u( wz ) = (uw) z u( w + z ) = uw + uz (commutative law of multiplication) c (associative law of multiplication) (distributive law)

Layer-3 VLANs can support a virtual network based on network layer addresses (or subnet addresses for TCP/IP networks) Unlike a router, however, in this arrangement the traffic is still switched, using the Spanning Tree Protocol (STP) not routed Network layer grouping can be a disadvantage to performance, because inspecting a layer-3 address will take longer than for a layer-2 address (each packet has to go one step higher in the OSI model)

11000000101010000000010010111101 11000000101010000000010010111110 11000000101010000000010010111111 - Can t use all ones

The identity with respect to addition is given by z = 0 + 0i , which satis es z+0= 0+z (120)

Now convert these two network IDs back to dotted decimal: 192168464/26 (192168465 1921684126) 1921684128/26 (1921684129 1921684191) Congratulations! You ve just taken a single network ID, 19216840/24, and subnetted it into two new network IDs! Figure 7-29 shows how you can use these two network IDs in a network

When an IP packet is sent via multicast, it goes to an address that is a proxy for a defined group of dynamically assigned IP addresses Workstations join a particular multicast group by responding to a broadcast notification All workstations that join an IP multicast group can be seen as members of

192168467 2552551920 1921684101 2552551920

the same VLAN VLANs defined by IP multicast groups would inherently be able to span routers and thus WAN connections The Cisco Group Multicast Protocol (CGMP) is used to forward IP multicast packets to only IP multicast clients These are layer-2 multicasts not to be confused with the layer-3 multicasts that routers support

The identity with respect to multiplication is given by z = 1 + i 0 = 1, which satis es z 1 = 1 z = z (121)

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