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prepare ListView tool.AddHeader File name , 80 tool.AddHeader Icon # , 30 tool.AddHeader Path name , 60 read in results from icon list iconlist = C:\iconlist.txt set list = fs.OpenTextFile(iconlist) do until list.atEndOfStream line = list.ReadLine infos = Split(line, vbTab) insert spaces so numbers are sorted correctly: pos = InstrRev(infos(1), \ ) tool.AddItem mid(infos(1), pos+1) tool.AddSubItem 1, right(space(10) & infos(0), 3) tool.AddSubItem 2, left(infos(1), pos-1) loop sort by number of icons, descending order tool.Sort 1, 1 listview can be opened repeatedly tool.MultiEdit = true repeat until icon selected or cancel do set result = tool.Show( Select Icon File! ) if result.Count>0 then we have an icon file! fileinfo = Split(result(1), vbCrLf) iconfile = fileinfo(2) & / & fileinfo(0) selectedicon = icontool.PickIcon(iconfile) if not selectedicon = then done = true end if else done = true end if loop until done if selectedicon = then check whether folder is already customized set tempfldr = fs.GetFolder(folder) is system attribut set if (tempfldr.Attributes and 4)>0 then msg = Do you want to get back default icon answer = MsgBox(msg, vbYesNo) if answer=vbYes then CleanUp tempfldr end if end if else

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for MAC functions are analyzed with respect to the requirements of UWB networks The areas in which design can bene t from existing solutions and those which, conversely, require dedicated solutions for UWB, are identi ed In particular, it is shown that issues related to admission control, packet scheduling, and power control can be addressed by adopting similar approaches to those proposed for existing wireless networks On the other hand, medium sharing and MAC organization require speci c design in order to take into account the peculiar characteristics of UWB In [3] it is also noted that the main innovation offered by UWB is the capability of achieving high-accuracy ranging It should be observed, however, that this characteristic is typical of spread spectrum signals.

Adding a Drive . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 220 Removing a Drive . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 222

septum This can be done by looking at the relationship of atrial signals from electrodes located near the septum (most commonly a catheter placed superiorly near the His bundle straddling the right atrium and right ventricle, and the proximal electrodes from a catheter placed in the coronary sinus), the lateral left atrium (distal electrodes of the coronary sinus catheter), and the lateral right atrium (catheter placed near the superior vena cava and right atrial junction) Examine the electrograms from three patients with supraventricular tachycardias in Fig 511 Atrial electrograms can be identi ed by catheter and by timing: anything not occurring at the time of the QRS must be due to atrial activity, and any sharp large-amplitude electrogram recorded by a bipolar electrode pair placed within the atria must be due to atrial activity In the top left panel, earliest atrial activation is in the right atrium.

Time of arrival estimations, for example, can be obtained in DS-CDMA systems by evaluating time shifts between the spreading code in the receiver and the same code in the received signal The ranging precision thus depends upon the capability of determining this time shift, and is directly related to the adopted chip rate, that is, the spread signal bandwidth A GPS system, for example, relies on this technique, and guarantees an accuracy on TOA estimation of 100 ns, corresponding to an accuracy on the order of meters in distance estimation [4] In the case of UWB, errors in the order of centimeters can be guaranteed, much better than the precision achievable by DS-CDMA systems, thanks to a time accuracy of less than 100 ps This precision is useful in the short-range scenarios (tens of meters) expected for UWB networks, where positioning is effective only if high accuracy can be achieved.

Key Performance Indicators (KPIs)