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A site survey is also essential for dealing with the problem of overlapping channels. The 802.11b APs, for example, have a maximum of three nonoverlapping channels for users. Too many APs, arbitrarily placed, will overlap these channels, causing users to experience a serious drop in performance because of channel contention. Proper channel configuration enables three APs to be in close proximity to each other and still provide users with the maximum available bandwidth. The 802.11a APs, on the other hand, have eight indoor channels and four outdoor channels. This means that more APs can be packed into the same area to support more users at higher bandwidth, but only if proper attention is given to channel configuration. The same tools that are used to plan and document wired networks can be used for wireless networks. Among the popular off-the-shelf tools that can be used for this purpose are AutoCAD and Microsoft Visio. Of the two, Visio is easier to use. Its graphical representation of complex projects enables more people to understand and participate in the planning process without having to spend a lot of time learning to use it. Shapes of wireless equipment can be selected from a device library and inserted into the workspace. For each device, attributes can be added to further describe the device by parameters such as vendor, make and model, serial number, MAC and IP address, and location. Tools are now available that go far beyond mere drawing and documentation capabilities, offering more intelligence to aid in the proper design of 802.11 WLANs. Wireless Valley Communications, for example, offers a product called LANPlanner, a toolset for predicting, measuring, and optimizing WLANs. It also comes with an asset management capability. The following tools available with LANPlanner are:

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Here, the range of input voltages is divided into 2n segments, and a unique codeword of n bits is associated with each segment The width of each segment is known as the step size The range, R, of an n-bit quantizer with step size s is R (s)(2n) This implies that if the input voltage were to exceed R, clipping would result To address this issue, logarithmic quantization is used Logarithmic Quantization The goal of logarithmic quantization is to maintain a reasonably constant SNR over a wide range of analog amplitudes Using this technique, the SNR will not vary with incoming signal amplitude To accomplish this, quantize the log value of the signal instead of the incoming signal; for example, for analog values, w, the equation y h k log(w) with h and k constants provides such a logarithmic function.

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24. A hypothesis test is set up so that P(rejecting H0 when H0 is true) = 0.05 and P (failing to reject H0 when H0 is false) = 0.26. What is the power of the test a. b. c. d. e. 0.26 0.05 0.95 0.21 0.74

21 Logarithmic quantization is a compression process: It reduces the dynamic range of a signal according to a logarithmic function After compression, a reverse process called exponentiation is required to recover a facsimile of the original; the entire cycle is often referred to as companding (for compressing/expanding)22 In North America, a specific logarithmic scheme called m-law is used; in Europe, a similar but not identical approach called A-law is used Both methods employ 8-bit logarithmic quantization with 16 regions and 16 steps per region Adaptive Quantization Speech signals contain a significant amount of redundant information By making use of this fact and by removing some of these redundancies through processing, you can produce data parameters describing the waveform with a lower data rate than otherwise possible and still be able to make a reasonably faithful reconstruction of the original.

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Trace logs can be either of two file types:

Speech samples generated at the Nyquist rate are correlated from sample to sample (Actually, they remain moderately correlated over a number of consecutive samples) This implies that values of adjacent samples.

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In 1986, VHDL was proposed as an IEEE standard. It went through a number of revisions and changes until it was adopted as the IEEE 1076 standard in December 1987. The IEEE 1076-1987 standard VHDL is the VHDL used in this book. (Appendix D contains a brief description of VHDL 1076-1993.) All the examples have been described in IEEE 1076 VHDL, and compiled and simulated with the VHDL simulation environment from Model Technology Inc. The synthesis examples were synthesized with the Exemplar Logic Inc. synthesis tools.

Figure 5-3 A sample frequency topology using channels 1, 6, and 11 on access points distributed on three floors of an office building. Note that access points on the same channel are never placed next to each other, which minimizes the chance of interference.

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