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as a function of the selected channel (hence the term sliding IF). In other words, for any given selected channel, the RF LO is operating at a frequency that is harmonically related to the frequency of the IF LO. This technique eliminates the need for a second (IF) PLL but makes channel selection at the IF more difficult. As a result most of the channel selection would have to be implemented using baseband filters. The following highlights the advantages and disadvantages of the superheterodyne architecture as compared to the other receiver architectures: On the positive side the superheterodyne architecture: 1. Is well known and well understood. It provides a reasonably good performance. Implementing a superheterodyne architecture is relatively low risk. 2. Can achieve a reasonably low power consumption. 3. Allows a reasonably flexible frequency plan (choice of the IF is somewhat flexible subject to the constraints discussed above). 4. Avoids DC offset problems associated with the direct conversion and in some cases the low IF architectures. There are three primary reasons: (a) There is a significant amount of gain before the signal hits the baseband section. Therefore, from a gain budgeting point of view, less gain at baseband would be required. This reduces the potential issues associated with gaining up offsets associated with device mismatches and potentially saturating the following stages.

2 gigabytes of pictures taken This example is just addressing still pictures When you start bringing in audio files, home videos, mp3s, downloaded movies and television shows the storage horizon approaches very rapidly In the old days this meant adding a hard drive to your PC to make room for your growing storage needs After adding a new larger hard drive, users would have to reorganize their files to make use of the new space This could mean moving a category of files to the new drive, or possibly transferring everything from the old drive to the new one Computer cases are also limited in the number of physical drives that can be installed, so adding more drives may not even be an option Furthermore, many computer users simply aren t comfortable opening up their PCs Windows Home Server s unique storage engine makes adding storage simple.

LobsterTunes lets you leverage the media and Internet connection available on your Windows Home Server by streaming content to your Windows Mobile phone or connected handheld device. Using LobsterTunes you can play MP3 files from your home server, view saved television shows or video, or even use LobsterTunes to connect to Internet radio stations and have them converted to a stream format that will work with your mobile device. LobsterTunes is available at www.lobstertunes.com/.

Through a userfriendly interface, shown in Figure 1-4, you can get an overall view of the storage on your server When you need to add more space, Windows Home Server s Drive Extender technology makes it easy Depending on the specifics or your Windows Home Server s manufacturer, the exact method may change a bit, but the basic process will include powering down the machine, either adding an internal drive or plugging in an external USB 20 or FireWire drive, and turning the server back on The user can then use a wizard in the Windows Home Server console to make the space on the new drive available for use All drives in a Windows Home Server are part of a storage pool, and the server spreads files across them, without the user having to think about which physical drive a particular file will be stored on.

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Set a breakpoint on _int_free() at the instruction that calculates the next chunk and you will be able to trace the behavior of free(). (To locate this instruction, you can set the chunk s size to 0x01020304 and see where int_free() crashes.) One instruction above that location will be the calculation:

As an added bonus, if you have multiple hard drives attached to your Windows Home Server machine, you can turn on duplication for specific shared folders When duplication is activated, Windows Home Server makes sure to have copies of every file stored on at least two hard drives, thus protecting your data in the event that one of your physical drives fails..

Both Topic Maps and RDF attempt to describe the information content of Web objects in terms of resources Both standards exist in order to establish content meta data (data being about other data) about Web objects, to make those objects and their content more easily accessible In Topic Maps, a topic is a Web object having occurrences (defined as resources ie, arbitrary information about the topic) The subject of the topic itself is represented by an occurrence of a resource, which can be addressable or not Recall that an addressable subject is a Web object; a nonaddressable, indicated subject is not a Web object Topics are linked by associations, and each topic in an association has a particular role that it plays in that association.