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Measurements of traffic distribution by node, by connection, or by protocol can be used to determine which users and which applications are consuming network bandwidth Understanding how network bandwidth is being consumed allows for intelligent allocation of precious bandwidth in situations where traffic congestion might otherwise limit network performance Traffic distribution measurements are made both by frame counts and by byte counts, expressed either as an average rate per second over each measurement time interval, or as a cumulative total since the beginning of the measurement period Frame rate totals are valuable for evaluating forwarding device overload (in bridges, routers, etc), while byte rate is more useful when dealing with congestion of the transmission media Node statistics are counts of frames and bytes transmitted and received by each node or station active on the network over the measurement time interval Monitoring traffic by node is useful in determining which nodes are responsible for generating or receiving the most data When node statistics are reported in order of frames or bytes transmitted, it is referred to as a top talkers measurement Connection statistics keep track of the number of frames and bytes sent and received between each pair of stations communicating over the network over the measurement time interval Connection statistics can be tracked at different protocol levels, including MAC-level connections (by Data Link layer or MAC address) and Network-level connections (by network address, such as IP or IPX) Protocol statistics measure data traffic by protocol type Each frame is counted according to the protocol type of the information it is carrying, as determined by the protocol type field that is present in the frame These statistics track data traffic both by frames and by bytes Protocol statistics can be measured and reported at various levels within the different protocol layers At the MAC level, ie, a network protocol being carried in the
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Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website
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MAC frame, examples include IPX (Novell NetWare s Internetwork Packet Exchange protocol), as well as IP At the Network layer, ie, a transport or application protocol being carried within the packet, examples from the IP stack include FTP (File Transfer Protocol) and Telnet
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As a general rule, the largest average frame size will result in maximum network efficiency This is because each frame transmitted over the network must carry with it a certain amount of overhead for addressing, error checking, and other necessary functions Maximizing the amount of data carried in each frame minimizes the number of frames needed and hence the amount of overhead used to communicate a given amount of information Minimizing the frame rate also will reduce the burden on interconnect devices, which must make a forwarding decision on each frame received There are some situations where using large frame sizes can actually degrade network performance On a transmission facility with significant bit error rates, for example, the probability of retransmission increases with increased frame length Using the maximum frame size also might result in significant delay for timesensitive applications using the same transmission facility, particularly if that transmission facility is a natural bandwidth bottleneck (as most wide area links typically are) Large frame buffers at either end of such WAN transmission facilities can exacerbate this problem further and eventually result in disconnected conversations due to expired timeouts Where bulk data transfers must coexist with time-sensitive conversations on the same network, some compromise in setting the maximum allowable frame size will be required Frame sizes used by stations communicating over a network can be adjusted by configuring network interface cards, applications, and interconnect devices such as routers By observing the average frame length distribution for each of the protocol stacks in use on a network, a network engineer can observe the efficiency of each protocol Frame length distribution is measured by counting the number of frames observed on the network that fall into various length ranges (0 63 bytes, 64 127 bytes, 128 511 bytes, etc) over some measurement time interval The results can be reported as a frame rate for each range over time, as an average frame size for each protocol over time, or as a cumulative total number of frames in each length range for each protocol over the entire measurement period
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