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This code evaluates to the value of expression1 if expression1 is true; otherwise it evaluates to the value of expression3.

Once a cell of a packet for the VC has been dropped, its VPI or VCI is put into the drop list By doing so and by setting the proper threshold, we can emulate packet discarding almost perfectly It has been shown that the performance of TCP over ATM using EPD is better than that with PPD w23x note that TCP congestion control relies on the information of packet loss to adjust the source s window size. However, when congestion occurs, EPD starts to drop the incoming packet irrespective of which session it belongs to, even though some highly active session is consuming more resources than others ESPD w14x, described below, is intended to solve this problem 6133 Early Selective Packet Discard The ESPD scheme has a drop timer, a high buffer threshold HB, a low buffer threshold LB, and a drop list threshold DL..

(2.20) (2.21)

HB is designed to capture VCs into the drop list, and LB.

Some authors have tried to do that for example, [26], where the satisfaction of the user ( QoE), represented as cost , is mapped onto a number of application level parameters by means of a standard mathematical regularisation technique for the related cost functional The second reason is that although it is relatively easy to get cell-based performance counters from any element in the access network, it is not at all easy to get them from the core part of the network because any SGSN, GGSN or MSC normally collects these data only at a higher aggregation level than cells on their own (eg, access point nodes) A good example of this approach was presented in [27] where the authors try to correlate quantities like objective network conditions (eg, bandwidth and latency) to the subjective perception of the Internet service by a human user.

We prove the statement with the following Lemma:

Instead of transforming to HTML, you transform to some particular XML schema. This isn t necessarily easier or more difficult. If the Web services application works with a simple schema, it could be easier. But while HTML is always the same, XML schemas will probably change from application to application. You ll probably need to process XML as part of the request. In 7, you learned how to process XML that comes in as part of the request, but you rarely receive XML from the request in the traditional Web world. Few of the browsers even support sending XML, and it rarely accomplishes something that can t be accomplished with plain HTTP parameters. In the Web services world, however, it s very likely that a Web services application will send XML data along with the request. This means that you will be using the XMLhandling actions a lot more often. You learned about these in 5; later in this section, we ll put them into context. Error handling is more constrained. In 14, you learned about XSQL error handling, and various methods of how to handle errors were suggested. But ultimately, you weren t particularly constrained in how the errors were handled; you just had to communicate that something had gone wrong and possibly how it went wrong. As your approach met the requirements of the application, you had a lot of freedom in precisely how you presented the error to the user. In Web services, error handling must be much more precise. Humans are pretty flexible in how they understand things, but applications aren t. Error handling should be part of the Web service application s schema, and you ll have to follow the rules of that schema when errors occur.

In this study, QoE is de ned as cancellation rate that is, the number of cancelled HTTP requests over the total number of HTTP requests (if network quality is not good, the end-user gets impatient and cancels the download of a speci c Internet page) QoS, in contrast, gets de ned through the following network quantities:.

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