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C is equal to shaft center distances in pitches, L is the chain length in pitches, N is the number of teeth of the larger sprocket, and n is the number of teeth of the smaller sprocket You can see that these formulas can be rather complex When building the actual robot, if you use a center distance value that is slightly larger than the theoretical center distance, it might not be possible to assemble the

Next, the glory of SONET! In a ring architecture, where SONET automatic protection switching is employed, the best of all worlds comes to fruition In this topology, ADMs are used throughout the network, and a series of point-to-point links are installed between adjoining neighbors The bidirectional capability places the most robustness into the network; however, unidirectional services can also be installed The primary advantage of the ring architecture is survivability in the event of a cable cut or a failure in a network node The multiplexers have sufficient intelligence to reroute or reverse direction in the event of a failure If more than one fiber link is installed, the systems could use alternate paths, but they must recover in milliseconds (which APS on SONET is designed to do) Figure 27-14 shows the ring topology with dual fibers run (bidirectional service) between the ADMs

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FIGURE C-1

Following the work by ANSI in developing the SONET standards, the rest of the world began to move in tandem The ITU-TS decided to define a synchronous standard that would address internetworking between the ITU and ANSI transmission hierarchies In 1989, the ITU published the Synchronous Digital Hierarchy (SDH) standards SDH is a world standard, whereas SONET is a North American standard However, SONET is considered a subset of the SDH standards Prior to the publication of the SDH standard, different rates and speeds were available in the North American community (which the United States, Canada, and Japan) compared to the rest of the world The ITU was looking for a means of accommodating the differences in a standardized package so that both standards could coexist SDH marks one of the first steps in making that happen However, although SDH sets a rate of multiplexing and the derived speeds (and the means of achieving those speeds), some differences between SONET and SDH exist The packaging of the tributaries is different In Table 27-7 , a comparison of the SONET and SDH architectures is shown SDH defines the Synchronous Transport Module (STM) level N, whereas SONET defines the STS-n and the OC-n Table 27-7: Comparison of SONET and SDH rates SONET Signal Rate OC-1 OC-3 OC-12 OC-48 OC-192 5184 Mbps 15552 Mbps 62208 Mbps 2488 Gbps 9953 Gbps SDH Signal STM-0 STM-1 STM-4 STM-16 STM-64 SONET Payload 28 DS-1 or 1 DS-3 82 DS-1 or 3 DS-3 336 DS-1 or 12 DS-3 SDH Payload 21 E-1 63 E-1 or 1 E-4 252 E-1 or 4 E-4

An experimental robot can cost anywhere from nothing to well over $100,000 Mark Tilden, the creator of the BEAM (Biology Electronics Aesthetics Mechanics) robots, can build a walking bot out of an old discarded Walkman radio in one evening without spending a single penny A simple microcontroller-driven tabletop line, following robot will cost about $200, and a top competitor BattleBot can easily exceed $20,000

1344 DS-1 or 48 1008 E-1 or 16 DS-3 E-4 5376 DS-1 or 192 DS-3 4032 E-1 or 64 E-4