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On platforms that support symbolic links, isdir and isfile return true if the path is a link to a directory or file, and the os.readlink(path) function returns the actual path to which a symbolic link points. A mounting point is essentially where two file systems connect. On UNIX, ismount returns true if path and path/.. have a different device or inode. On Windows, ismount returns true for paths like c:\ and \\endor\.

Figure 22.6 VistA Imaging multimedia object database schema. (Courtesy of Drs. H. Rutherford and R. Dayhoff)

In 7, van Wezel discussed the kinds of algorithms in planning support from the perspective of the interaction between the human planner and the algorithm. He proposes to include human task characteristics in the cost/bene t analyses when determining the kinds of algorithms to design and implement. How such algorithms can be developed was not discussed. In the following two chapters, examples of such algorithms are described. In 8, Kroon and Zuidwijk describe how mathematical models can be used for this. In 9, Sauer will discuss how fuzzy rules rather than mathematical models can be used to support planners in their task. Kroon and Zuidwijk start by showing how a simple planning problem can be formalized in such a way that it can be solved by a solution technique. Formalization includes converting the concepts from the scheduling problem to decision variables, constraints, and goals. The simple problem they use to demonstrate these steps gives a good basis to discuss the process of making mathematical models of more complex scheduling problems that actually occur in practice. Kroon and Zuidwijk illustrate the dif culties of such a process with the example of the circulation of trains in The Netherlands, where many constraints must be satis ed (for example, incoming trains must be balanced with outgoing trains, and trains frequently need maintenance), and goals must be weighed (the number of passengers that can be transported, the total train kilometers, the number of shunting movements, etc.). With his concept of the recursive human/computer task division matrix, van Wezel argues that a decision about algorithmic support can be made for each

The bulk of the discussion in this text presumes that the reader has studied classical mechanics as well as electricity and magnetism at the level of completion of an undergraduate curriculum in physics or engineering. We

The main backbone technologies are gigabit Ethernet and ATM. Both use fiber-optic cables running the SONET specification. Most links are OC-48 (running at 2.48 Gbps). SONET was developed by Bell Communications Research for fiber-optic cables and is the basis of Internet infrastructure. All ATM and gigabit Ethernet development is based on the SONET specifications. FDDI was traditionally used for network backbones, but because of its speed limitation of 100 Mbps, it is no longer being installed and is being replaced by the following two technologies:

>>> >>> >>> >>> 2 List1=rfc822.AddressList(msg.getheader( To )) List2=rfc822.AddressList(msg.getheader( From )) MergedList=List1+List2 # Merge lists len(MergedList) # access list length

Current legal issues surrounding copying music and purchasing music online require Media Center to manage music rights. It does this by using Windows Media Player s rights management controls. Before using any existing music les on your computer, you must rst add them to Windows Media Player s music library. Media Center will recognize and play all music les found in that library. Media Center can play music les stored on your computer and also play audio CDs. Music from any source can be viewed by song, artist, album, genre, or playlist. You can nd songs by performing searches that span the same categories. CDs can be copied directly from within Media Center, and they are automatically added to the music library and use the same le formats and copy protection as Windows Media Player.