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The navigation message is the main reason (the other one is the time required by the receiver electronics in order to carry out the correlations) due to the 50 Hz data rate, there is a 20 ms time interval during which the code remains identical (either the code or the inverse of the code, depending on the value of the data bit of the message) to itself. Thus, the receiver can achieve a coherent integration within a 20 ms period, at most. Note that to carry out longer integration, the immediate possibilities would be to have either lower data rates for the navigation message, or even no navigation message at all. Both approaches have been considered in the Galileo program and in the GPS modernization program. Different navigation data rates have been proposed and also so-called pilot tones, which are signals without navigation data. The purpose of these signals is clearly to help low level signal detection and acquisition. A typical high sensitivity GNSS (HS-GNSS) positioning system therefore does not require any further infrastructure, other than that of the GNSS. That it theoretically needs nothing in addition to the current constellation is the major advantage of this approach. Unfortunately, although greatly improving the receivers performances in dif cult environments, determination of the correlation peak remains too dif cult when the power level received is very low. Thus, false detections are possible and degrade the positioning. Nevertheless, positioning is still possible although imperfect. As the basic principle of the positioning is to carry out classical time measurements, the accuracy cannot be improved compared to an outdoors con guration with good reception conditions. The global characteristics of a high sensitivity based positioning system are summarized in Table 10.1.

For c = 1 To ColMax Cells(r, c) = Int(Rnd * 1000) Counter = Counter + 1 Next c PctDone = Counter / (RowMax * ColMax) Call UpdateProgress(PctDone) Next r Unload UserForm1 End Sub

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transmission (to/from) all SSs for each frame as well as their size, coding type, modulation, and position of allocation. BW requests are sent to SSs, which then calculate the approximate value of the residual backlog of UL connections. The BS calculates this residual backlog by estimating the amount of BW granted and requested up to now and then assigns UL grants according to the particular QoS parameter set. The mechanism is shown in Fig. 20.6. In the WiMax standard, the BW grant is approved on a per-connection basis and sent to the SS altogether. Hence, when an SS receives a UL grant, its internal scheduler is required to reallocate the granted capacity to the entire links that it possesses. This mechanism of connection per subscriber station provides a low granting load and also allows more sophisticated response to QoS requirements.

Fig. 7.6 Colonial species of swallow take fewer risks (a) than do solitary species (b) when mobbing predators. In both cases the shaded area of the diagram refers to the percentage of highrisk mobbing undertaken. (Data from Brown, C. & Hoogland, J.L. (1986) Risk in mobbing for solitary and colonial swallows. Animal Behaviour, 34, 1319 23.)

1 The quantity n H (X1 , X2 , . . . , Xn ) is the average entropy per race. For a stationary process with entropy rate H (X), the limit in (6.35) yields

Still other arrangements are possible, such as importing from Samba shares, or using the Network File System (NFS) from a central master backend server (subsection 23.10 of the MythTV HOW-TO). On the flip side, Windows can serve as a frontend for a MythTV backend server (using plug-ins covered in 14), an option of potential interest to some. You might also like the additional features provided by using the Filesystem in Userspace (FUSE) API, which operates as a mezzanine layer for more interesting file system formats. A few of the projects based on the FUSE framework include the following: CDDFS Another compact disc file system; this one uses libparanoia to mount audio media (http://castet.matthieu.free.fr/cddfs/) djmount An audio-video solution for mounting multimedia content Universal Plugand-Play (UPnP) devices (http://djmount.sourceforge.net/)

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