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For example, if a user is experiencing problems logging into the network, you might need to go to that user s machine and try to use their user name to log in This will tell you whether the problem is a user error of some kind, as well as enable you to see the symptoms of the problem yourself Next, you probably want to try logging in with your own user name from that machine, or have the user try to log in from another machine In some cases, you can ask other users in the area if they are experiencing the same problem, to see if the problem is affecting more than one user Depending on the size of your network, you should find out whether the problem is occurring in only one part of your company or across the entire network What does all of this tell you Essentially, it tells you how big the problem is If nobody in an entire remote office can log in, you may be able to assume that the problem is the network link or router connecting that office to the server If nobody in any office can log in, you may be able to assume that the server is down or not accepting logins If only that one user in that one location can t log in, it may be a problem with that user, that machine, or that user s account EXAM TIP Eliminating variables is one of the first tools in your arsenal of diagnostic techniques

Identity: with respect to addition, 11 with respect to multiplication, 11 Imaginary axis, 5 Imaginary number (i), 1

Figure 15-2: Stateful QoS, and the two kinds of stateless QoS Resource reservation is a stateful form of QoS As illustrated in Figure 15-2, a flow state is defined within the sequence of routers along the path, and then the packets are marked as being part of a flow in the reserved path This "connection path stateful" approach is more intelligent and presumably more reliable because it operates on a per-flow basis There are many concerns, however, about the computational overhead needed to pull it off and potential latency the procedure might introduce to networks This is because the flow's path must first be determined, and then QoS contracts for the flow must be successfully negotiated with every device along that path If that can't be done, the same process must be attempted for an alternate path

The goal of this step is to identify if anything has changed that might have caused the problem You may not have to ask many questions before the people using the problem system can tell you what has changed, but in some cases establishing if anything has changed can sometimes take quite a bit of time and involve further work behind the scenes Here are some examples of questions to ask:

Limits: of complex functions, 33 37 of integration, 120 involving in nity, 38 of sequences, 92 Line integrals, complex, 124 127 Linear transformations, 184 188 Linearity properties, of integral, 172 Liouville s theorem, 136 137 Logarithm: de ned, 74 75 derivative of, 86 Taylor expansion of, 100

TCP is a flow-control protocol used to set up and manage connections over an IP network It is sometimes said that TCP sets up "virtual circuits," but that's misleading In the context of QoS, a circuit should be defined as a connection that arranges for specific devices (routers and switches) to be transited TCP does not do this; the path is determined by the network devices Connection-oriented transports such as ATM and Frame Relay lend themselves better to QoS because having a virtual circuit (VC) gives more control over service quality If a VC knows the routers handling a QoS connection, it reduces the number of variables necessary to help ensure priority, switching speed, average bandwidth, and other services along the connection's path To take a specific example, Frame Relay uses the Explicit Congestion Notification (ECN) mechanisms

Tell me exactly what was happening when the problem occurred Has anything been changed on the system recently Has the system been moved recently