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% dig any www.foo.com ; <<>> DiG 2.0 <<>> any foo.com ;; ->>HEADER<<- opcode: QUERY , status: NOERROR, id: 6 ;; flags: qr rd ra ; Ques: 1, Ans: 3, Auth: 3, Addit: 3 ;; QUESTIONS: ;; foo.com, type = ANY, class = IN ;; ANSWERS: foo.com. 77302 NS ns1.yourdomain.com. foo.com. 77302 NS ns2.yourdomain.com. foo.com. 77302 NS equinox.stockernet.com. ;; AUTHORITY RECORDS: foo.com. 77302 NS ns1.yourdomain.com. foo.com. 77302 NS ns2.yourdomain.com. foo.com. 77302 NS equinox.stockernet.com. ;; ADDITIONAL RECORDS: ns1.yourdomain.com. 78758 A 198.69.10.27

In general, of ce buildings provide a simple environment for WLAN deployment For 24- and 5-GHz systems, provided that the signal easily penetrates the walls, the coverage is relatively unproblematic and a few APs, installed opportunistically in convenient areas such as corridors, sitting areas, and large lecture halls, typically cover the oor of a building At 17 and 60 GHz, propagation is limited primarily to LOS, and essentially one AP per room is needed, provided that the size of the room is larger than the coverage of the AP Since the cell size is very small and more bandwidth is available at higher frequencies, the throughput per user can be increased well beyond that achieved at 24 or 5 GHz This additional throughput is at the expense of higher infrastructure cost.

In of ce areas, deployment methodology is uncritical in this type of environment, and performing sophisticated network planning or coverage optimization does not result in substantial performance gain In such high frequencies, deployment must be dense, and user deployment can, in fact, outperform grid installation or coverage optimization In a campus environment, coverage with an acceptable infrastructure density can be provided only if a 24- or 5-GHz system is used The small cell sizes at 17 and 60 GHz basically preclude outdoor installation of such networks The deployment method does, in fact, have a signi cant in uence on the system capacity in a campus environment, and some form of network planning should preferably be performed A shopping mall is a problematic and very complex environment, as to both coverage and interference.

The potentially very large user populations in such environments not only cause strong shadowing, but also result in a relatively low average throughput per user The strong fragmentation of the environment and the fact that the network layout needs to be done in three dimensions (the shopping mall comprises multiple oors) makes it very dif cult to devise a reasonably good network plan that provides adequate coverage Coverage optimization, and in some cases grid installation, can improve performance somewhat However, the capacity is limited primarily by intense interference, which also uctuates heavily due to the strong fragmentation of the environment The potential improvement that could be achieved by using sophisticated network planning is, however, limited Capacity of WLAN Cellular Networks As a mobile user moves inside the coverage area of a cell, the received SNR changes as a random variable Figure 11.

9 illustrates the statistical behavior of the SNR as a mobile terminal is located in different locations within a campus environment For traditional circuit-switched voice applications, each user has a single data rate independent of its received SNR, and we calculate the capacity using Eq (1143) or (1057), in which capacity means the number of available voice channels in a cell or in the entire network, which is a function of the total available bandwidth All modern wireless data applications are multirate systems for which the data rate is adjusted to the received SNR Examples of multirate WLAN and mobile data systems are IEEE 80211a and g (see Example 95) and HDR services (see Example 1027) In multirate systems each user can operate at one of the multiple choices of data rates according to the value of its received SNR.

In a single-user environment the data rate of a user is the average of all data rates at which it operates while moving in the area In a multiple-user environment, the average data rate per user is also a function of the medium access control technique and the number of users in the area In the remainder of this section we provide a framework for understanding the capacity of a wireless data network regardless of its medium access control The details of medium access control methods are described in subsequent sections..

Figures A24 A26 show data obtained from several leaded capacitors (as opposed to surface mount) Two trace measurements were taken of each capacitor The lower trace was measured at the capacitor body where the leads entered the capacitor The upper trace includes the minimum amount of lead length to connect the capacitor to a PCB The upper trace would not be needed for modern surface-mount.