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We now discuss different types of workload analysis typically performed on the Web traces. 1. Content Analysis. This analysis reveals properties of Web content, such as content size, popularity, modi cation frequency. Such information is important to content providers who need to provide fast access to popular content while using the system and network resources ef ciently. Moreover, content popularity has signi cant implication on the effectiveness of Web caching and multicast delivery. 2. User Behavior Analysis. Analyzing user behavior is useful for personalization, targeted advertising, prioritizing, and capacity planning. Speci cally, the following aspects of user behavior are particularly interesting: User load distribution the variation in load placed by different users on the Web site Session duration the duration of a sequence of interactions initiated by a user to a Web site Temporal stability whether users are interested in requesting similar documents over time Spatial locality whether users in the same geographic region tend to request similar content 3. System Load Analysis. Analyzing system load helps us understand the temporal variation of system load and sheds light on how to effectively architect and optimize systems. 5.2 OVERVIEW OF PREVIOUS WORK

22 108 m/ sec or 14,000 mi/ sec; and 19-gauge nonloaded wire-pair cable, about 08 108 m/ sec or 50,000 mi/ sec So we see that the velocity of propagation is very dependent on the types of transmission media being employed to carry a signal Distances covered by network connectivities are in hundreds or thousands of miles (or kilometers) It is thus of interest to convert velocities of propagation to miles or kilometers per millisecond Let s use a typical value for carrier (multiplex) systems of 105,000 miles/ sec or 105 miles per millisecond (169 km/ ms) First let s consider a country of small geographic area such as Belgium, which could have a very simple transmission-loss plan Assume that the 4-dB minimum loss for singing is inserted in all four-wire circuits Based on Figure 819, a 4-dB loss will allow up to 4 ms of round-trip delay.

By simple arithmetic, we see that a 4-dB loss on all fourwire circuits will make echo tolerable for all circuits extending 210 mi (338 km) (ie, 2 105) This could be an application of a xed-loss type transmission plan In the case of small countries or telephone companies covering a rather small geographic expanse, the minimum loss to control singing controls echo as well for the entire system Let us try another example Assume that all four-wire connections have a 7-dB loss Figure 820 indicates that 7 dB permits an 11-ms round-trip delay Again assume that the velocity of propagation is 105,00 mi/ sec Remember that we are dealing with round-trip delay The talker s voices reach the far-end hybrid and some of the signal is re ected back to the talker This means that the signal traverses the system twice, as shown in Figure 820.

Thus 7 dB of loss for the given velocity of propagation allows about 578 mi (925 km) of extension or, for all intents and purposes, the distance between subscribers, and will satisfy the loss requirements with a country of maximum extension of 578 mi (925 km) It is interesting to note that the talker s signal is attenuated only 7 dB toward the distant-end listener; but the re ected signal is not only attenuated the initial 7 dB, but attenuated by 7 dB still again, on its return trip It has become evident by now that we cannot continue increasing losses inde nitely to compensate for echo on longer circuits Most telephone companies and administrations have set a 45- or 50-ms round-trip delay criterion, which sets a top gure above which echo suppressors are to be used.

One major goal of the transmission-loss plan is to improve overall loudness rating or to apportion more loss to the subscriber plant so that subscriber loops can be longer or to allow the use of less copper (ie, smaller-diameter.

When turned on but sitting idle, the Roomba draws 150 to 250 mA, depending on the Roomba model. During normal operation, a Roomba draws from 1500 mA to 2000 mA of current. This variation in current consumption is due to the variety of floor types: Thick carpets cause more current draw than hard floors. The battery pack can be maximally discharged at a 4 Amp rate, limited by an internal polyswitch (a device that acts somewhat like a fuse that can be reset). Without the polyswitch, a short circuit would damage the battery and the unit. The full voltage and power available from the pack is available through pins 1 and 2 on the ROI connector. Any projects using power through the ROI can draw as much power as they need. However, drawing too much will shorten the life of the battery, shorten the run time of the unit, and perhaps confuse the system s internal firmware. All projects in this book will draw less than 1 Amp of current and most draw less than 100 mA. A 100 mA project running of Roomba power would shorten the normal Roomba run time by maybe 5 percent.