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TCP/IP provides a means of passing datagrams among virtually any networks capable of sending and receiving bits As such, it is a highly effective common denominator protocol 13711 Internet Protocol: Connectionless Datagram Delivery IP, the basic building block of the Internet, is a Layer 3 (Network) internetworking protocol for the routing of datagrams through gateways connecting networks and subnetworks De ned in RFC 791, IP is a connectionless protocol, as no true connection is established between the source and destination devices Rather, the IP packets are presented to the network by the originating device and handled through the network with no advance knowledge of either the existence or the availability of the destination device IP can be characterized as datagram oriented because each IP packet works its way through the network independently, with no thought of an individual packet belonging to a larger stream of packets.

You can print a presentation in color (if you have a color printer), black and white, or grayscale. Grayscale provides some shading to help you see graphic and background elements. Black and white shows no shading and will show no background color or pattern.

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IP also can be characterized as a best effort protocol, as it offers no guarantees of delivery, no sequencing, and no error detection and correction mechanism IP provides for packet segmentation and reassembly and provides speci c addressing conventions in the form of dotted decimal notation, as previously described IP supports routing control as well as status translation and communications While IP has no concept of the speci c content of the packet or of its service requirements, it also supports multiple service types, including low-delay, highbandwidth, and high-reliability paths Dial-up IP access protocols include SLIP and PPP The total size of the IP datagram, including the IP header, can be up to 65,535 octets in length At a minimum, all networks must support a packet of at least 576 octets As illustrated in Figure 133, the minimum size of the IP header is 20 octets.

How suspicious should we be of this match Is this another misleading analogy, or is it genuine We can see that it is genuine by a direct comparison An arrangement of bubbles and the matching rooted tree are shown in Fig 7 11 To match them, feature for feature, we have labelled both figures We notice that there are two outer bubbles, A and B, which match the branches A and B from the root of the tree Bubble branch A now takes no further part Bubble (branch) B however contains (is attached to) two more bubbles (branches) one of which contains yet another bubble (is attached to another branch) By matching the problems perfectly, we can now answer questions about one problem, by studying the other.

As it happens, Cayley solved the problem of counting rooted trees in 1857, so that bubble problem is also solved! It might seem that just counting a number of objects was very easy After all, don't small children manage to count Yes, they do, but mathematicians face difficulties that children seldom meet Their difficulties start with the problem of listing the objects you are counting and arranging them in some sort of order, and then making sure that, when you count the different objects, everyone is counted once and only once Readers who try to verify for themselves that there are 48 arrangements of six bubbles - let alone 115 arrangements of seven - will appreciate this point from their own experience The difficulty of counting has given rise to a whole branch of mathematics, called combinatorics, sometimes described as the art of advanced counting.

Note that the IP datagram is viewed in terms of a 32-bit width, as the original processors that implemented the IPv4 protocol had 32-bit word (ie, value) lengths [17] The IPv4 datagram contains the following eld:.

Fortunately, an amazing number of problems in combinatorics are exact analogues of each other Solve one, and you solve both, or all of them Figure 712 represents a random walk The horizontal axis represents the time that has passed, in whole units, with the start or origin.

where vVCO = output voltage of VCO, Vo = voltage amplitude of VCO output, c = angular frequency of VCO,

SDH STM Level STM-1 STM-3 STM-3 STM-4 STM-6 STM-8 STM-12 STM-16 STM-32 STM-64 STM-256 STM-512 STM-1024

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