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[42] explain the self-similar nature of Ethernet traf c observed on the packet level as the result of a superposition of many on=off sources (also referred to as packet trains [25]), where the lengths of the on and off periods are drawn from heavy-tailed distributions Paxson and Floyd [35] show that wide-area network (WAN) traf c at the packet level is of asymptotically self-similar nature, that is, self-similar behavior over large time scales They propose a structural model to explain the asymptotic self-similarity in terms of the characteristics of the main applications Their model is based on an M =G=I model originally due to Cox [9]: session arrivals are assumed to be Poisson or, more generally, of renewal-type; session duration (in seconds) or session size (in bytes) is required to be heavy tailed.

public void readCompleted(String filename, byte[] data) { // use data } public void readFailed(String filename, IOException ex){ // deal with failure } public void actionRequiringFile() { readerread("AppFile", this); } public void actionNotRequiringFile() { } } class AFileReader implements FileReader { public void read(final String fn, final FileReaderClient c) { new Thread(new Runnable() { public void run() { doRead(fn, c); } })start(); } protected void doRead(String fn, FileReaderClient client) { byte[] buffer = new byte[1024]; // just for illustration try { FileInputStream s = new FileInputStream(fn); sread(buffer); if (client != null) clientreadCompleted(fn, buffer); } catch (IOException ex) { if (client != null) clientreadFailed(fn, ex); }

The HalData::ECpuSpeed HAL item is read/write on the emulator, which means that by writing a low value to it, you can slow down the

Accordingly, traf c can be seen as the superposition of user activities that arrive according to a Poisson process but carry an amount of work that is drawn from a heavy-tailed distribution The authors nd that for wide-area traf c the arrival process of sessions is consistent with Poisson processes and that their durations are heavy tailed Park et al [36] and Crovella and Bestavros [8] showed a possible causal relationship between heavytailed transfer durations and le sizes on UNIX le systems 1522 Self-Similarity of Connection Arrival Processes.

To be able to study the arrival process of sessions, Paxson and Floyd equate sessions with TCP connections of applications such as TELNET and FTP connections, which, at the time of the study (1995), were among the most popular applications on the

speed of the emulated CPU. We act on this item by making the emulator timer system consume some fraction of the CPU time when the emulator is busy.

The service class here is written to deal with a null client argument, thus accommodating clients that do not need callbacks While this is not particularly likely here, callbacks in many services can be treated as optional As an alternative, you could define and use a NullFileReaderClient class that contains no-op versions of the callback methods (see Further Readings) Also, as far as the service is concerned, the callback target might as well be any object at all, for example some helper of the object that requests the service You can also replace callbacks with event notifications using the techniques illustrated in 3116 4313 Guarding callback methods In some applications, clients can process completion callbacks only when they are in particular states Here, the callback methods themselves should contain guards that suspend processing of each incoming callback until the client can deal with it For example, suppose we have a FileReaderClient that initiates a set of asynchronous file reads and needs to process them in the order issued This construction mimics how remote invocations are usually handled: Typically each request is assigned a sequence number, and replies are processed in sequence order This can be a risky strategy, since it will cause indefinite never completes This drawback could be addressed by associating time-outs with the waits

Internet They point out that other arrival processes including FTP DATA connection arrivals and SMTP connection arrivals are not consistent with Poisson processes A Poisson process arises when users initiate actions more or less independently While this may have been the case for FTP and TELNET sessions in 1995, the Internet has changed since then It has grown beyond expectation so that an enormous amount of information is available, and its dominant application is the World Wide Web (or the Web) The Web contributes more than half of the packets and more than two-thirds of all TCP connections to the traf c of commercial ISPs such as AT&T's WorldNet During a Web user session, a user is likely to download not just one single Web object, since most Web pages consist of 3 to 4 embedded images [4, 18], but also different Web pages.

Summary