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You can assign multiple class IDs to Windows 200X and Windows XP/Vista clients, although only the last one assigned is actually used to retrieve DHCP data. Each client, by default, assumes the class ID Default BOOTP Class, which enables Windows 200X/XP/Vista clients that require bootp to retrieve settings from the DHCP server. If you assign any other class IDs, however, the class ID assigned last takes precedence and the client takes on all global scope options plus the scope options assigned to that last class ID. The scope options are not cumulative the client will not take on all options for all class IDs assigned to the adapter in question. Use the ipconfig command to assign a class ID to a Windows 200X/XP/Vista client. You can assign class IDs manually through a command console or startup script. The syntax for assigning a class ID is as follows:

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In general, measurements of POA and AOA in large indoor and urban areas provide very unreliable results, and sensors used for indoor positioning normally sense the more accurate TOA or the easy-to-measure RSS However, dramatically large errors due to undesirable multipath conditions also occur in TOA estimation To estimate the TOA in indoor areas accurately, we need to resort to different and more complex signaling formats, frequencies of operation, and signal processing techniques that can resolve the problems The signature of the delay power pro le, available at RAKE receivers in third-generation systems provides a combination of TOA and RSS of the dominant paths that can provide more accurate metrics for positioning We start our discussion on metrics with TOA estimation techniques 1321 TOA Techniques for Indoor and Urban Ranging TOA-based systems measure the distance based on an estimate of signal propagation delay (ie.

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Solving v2 from (12.156) and substituting it into (12.157) gives g + 1 m ro v2 = v1, 1 + 1 Z2 ro 1 gm + i1 1 1 ro = + 1 , 1 1 v1 re // C ro + Z2 ro Z1 = v1 = i1

, TOA), between a transmitter and a receiver since in free space or in air, radio signals travel at the constant speed of light The TOA can be measured either by measuring the phase of the received narrowband carrier signal or by direct measurement of the arrival time of a wideband narrow pulse The wideband pulses for measuring TOA can be generated either directly or by using spread-spectrum technology In this section we present these techniques in three classes: narrowband, wideband, and ultrawideband techniques The behavior of the TOA sensors in indoor multipath propagation is highly sensitive to the bandwidth of the sensor The UWB systems, which exploit bandwidths in excess of 1 GHz, have attracted considerable attention as a means of measuring accurate TOA for indoor geolocation applications [Fon01].

The unknown orthonormal basis {vi@); i = 1 , 2 , . . .} has to be derived from the properties of the stochastic process. For this, we require that the coefficients

The Customize option (Tools Customize) is inactive unless a SolidWorks document is open. To access the Customize dialog box, first open a SolidWorks part, assembly, or drawing and then choose Tools Customize from the menu. Customize is different from the Customize Menu option found in all SolidWorks menus. The Customize Menu option is discussed later in this chapter. n

Due to the high attenuation associated with the use of a high-frequency carrier and recent FCC regulations on UWB, these systems are typically focused on 31 to 106-GHz unlicensed bands With the results of propagation measurement in a typical modern of ce building, it has been shown that the UWB signal does not suffer multipath fading, which is desirable for accurate TOA estimation in indoor areas However, similar to other TOA systems, UWB systems cannot avoid undetected direct path (UDP) problems [Pah98], they have limited coverage, and their actual deployment requires compliance with FCC regulations The main concern of the FCC authorities is the interference of UWB devices, among other licensed services, to the GPS systems that operate approximately at the.

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Tag: the_category() Description: Displays the categories associated with a post. Returns: True or False Arguments: 2

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