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settings option is enabled, the Wireless Networks tab in the properties of your wireless network connection is the active configuration tool. If you uncheck this option, control over wireless network settings is passed on to the network card s client software program. If you haven t installed the software included with your wireless network card, consider doing so. Even if you don t use it to configure your wireless network settings, you ll likely gain access to a whole slew of useful wireless tools and utilities.

;;;;;;;;;;;;;;;;;;;;;; ; Dynamic Extensions ; ;;;;;;;;;;;;;;;;;;;;;; ; If you wish to have an extension loaded automatically, use the following ; syntax: ; ; extension=modulename.extension ; ; For example, on Windows: ; ; extension=msql.dll ; ; ... or under UNIX: ; ; extension=msql.so ; ; ... or with a path: ; ; extension=/path/to/extension/msql.so ; ; If you only provide the name of the extension, PHP will look for it in its ; default extension directory. ; ; Windows Extensions ; Note that ODBC support is built in, so no dll is needed for it. ; Note that many DLL files are located in the extensions/ (PHP 4) ext/ (PHP 5) ; extension folders as well as the separate PECL DLL download (PHP 5). ; Be sure to appropriately set the extension_dir directive. ; ;extension=php_bz2.dll ;extension=php_curl.dll ;extension=php_dba.dll ;extension=php_exif.dll ;extension=php_fileinfo.dll ;extension=php_gd2.dll ;extension=php_gettext.dll ;extension=php_gmp.dll ;extension=php_intl.dll ;extension=php_imap.dll ;extension=php_interbase.dll ;extension=php_ldap.dll ;extension=php_mbstring.dll ;extension=php_ming.dll ;extension=php_mssql.dll ;extension=php_mysql.dll ;extension=php_mysqli.dll ;extension=php_oci8.dll ; Use with Oracle 10gR2 Instant Client ;extension=php_oci8_11g.dll ; Use with Oracle 11g Instant Client ;extension=php_openssl.dll ;extension=php_pdo_firebird.dll

The shallow parameter defaults to 1, which means that if both are regular files with the same size and modification time, the comparison returns true. If they differ (or if shallow=0), the function compares the contents of the two. The use_statcache parameter defaults to 0 and cmp calls os.stat for file info. If 1, cmp calls statcache.stat. The filecmp.cmpfiles(a, b, common[, shallow[, use_statcache]]) function takes a list of file names located in two directories (each file is in both directory a and b) and returns a three-tuple containing a list of files that compared equal, a list of those that were different, and a list of files that weren t regular files and therefore weren t compared. The shallow and use_statcache parameters behave the same as for cmp. The dircmp class in the filecmp module can help you generate that list of common files, as well as do some other comparison work for you. You use filecmp. dircmp(a, b[, ignore[, hide]]) to create a new instance:

1. If you have ab25-02.dwg open, use this file. Otherwise, open it from your AutoCAD Bible folder or the Results folder on the CD-ROM. 2. Save the file as ab25-03.dwg in your AutoCAD Bible folder. If the Render toolbar is not open, right-click any toolbar and choose Render. 3. Choose Scenes from the Render toolbar. Click New in the Scenes dialog box to open the New Scene dialog box.

network is assumed to be fully loaded (y = 1). Q I n t e r O M = 1 is assumed since W-CDMA utilises an asynchronous air interface, hence inter-cell codes will not be synchronised rendering the possibility of worst-case cross-correlation properties between them. Since this value is due to asynchronous codes and not time dispersion, employing a narrower beam will not reduce Q I n t e r S B . The value of QIntraOM for an omni-sector antenna in table 6.6 has been computed in [144] and is representative of a macro-cell with a 120" antenna and the derivation of the remaining values is now described. The primary mechanism for orthogonality loss is, in this case, time dispersion [142]. By reducing the beamwidth, an improvement in orthogonality may be expected and is estimated in table 6.7 for various beamwidths (Bw) assuming a chipping rate of 3.84 Mcps, basestation antenna mounted above rooftop height and the scatterers modelled as a ring of radius L / 2 around the user (where L is the system's range resolution given by L = c.T,, and the speed of light c = 3 x lo8 m/s) shown in figure 6.17. The resulting value is estimated by equation (6.13).