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The Path Overhead is shown in Table 27-5 and in Figure 27-8 to correlate them in the overall function of the STS frame Table 27-5: The Path Overhead defined Byte J1 Description STS Path Trace byte: This user programmable byte repetitively transmits a 64 byte, or a 16-byte (E164) format string This is used so the receiving end of the path to verify it is still connected to the sending end STS Path Bit Interleaved Parity code (path BIP-8) byte: This byte is even parity to check if an error has occurred across the entire path STS Path Signal Label byte: This byte is used to identify the content of the STS SPE, including the status of the mapped payloads Path Status Byte: This byte is used to convey path terminating status and performance characteristics back to the originating end Bits 1 4 are used for ATA Path REI-P (was referred to as the FEBE) Bits 5, 6 and 7 are for an STS Path RDI (RDI-P) signal and bit 8 is not defined Path User Channel Byte: The byte is used for user communications between end-to-end elements This may be a proprietary network management system or an SNMP system to determine the status and alarms of the far end on the path VT Multiframe Indicator byte: This byte provides a general multiframe alignment indicator for payload containers Currently, it is only used for VT payloads Growth bytes: These bytes are undefined at this time

Applied Robotics, by Edwin Wise (Prompt Publications, 1999) A good overview of basic experimental robotics The Art of Electronics, by Paul Horowitz and Winfield Hill (Cambridge University Press, 1989) This is the electronics bible; a must-have for anyone building electronic circuits Build Your Own Robot, by Karl Lunt (A K Peters, 2000) A great all-around reference for advanced small robot building Mobile Robots, by Joe Jones and Anita Flynn (A K Peters, 1999) A good intermediate book for mobile robot building

SONET is more than the STS frame; it also defines the sus-STS levels of payload that can be carried The STS-1 payload can be subdivided into virtual tributaries, synchronous signals to transport lower-speed signals The normal sizes defined by SONET are shown below in Table 27-6 Table 27-6: The values of the virtual tributaries defined for SONET VT 15 2 3 6 Bit Rate 1728 Mbps 2304 Mbps 3456 Mbps 6912 Mbps Equivalent DS-n level Required Bytes (rows columns) DS-1 E-1 DS-1C DS-2 27 (9 3) 36 (9 4) 54 (9 6) 108 (9 12)

Figure 5-4

Appendix B:

The primary principles of the SONET multiplexers are as follows:

Robots, Androids, & Animatrons, by John Iovine (McGraw-Hill, 1997) A good introduction to experimental robotics The Robot Builder s Bonanza, by Gordon McComb (McGraw-Hill, 2000) A great first book on experimental robotics Robot Riots, by Alison Bing and Erin Conley (Barnes & Noble, 2001) An overview of battling robots and contests Electric Motor Handbook, by Robert Boucher (Astroflight, 2001) Excellent book on electric motors Mechanical Engineering Design, by Joeseph Shigley (McGraw-Hill, 1988) Mechanical engineers bible for machine design Machinery s Handbook, 26th Ed, by Erik Oberg (Industrial Press, 2000) A must-have for all machinists Fundamentals of Machine Component Design, by Robert Juvinall and Kurt Marshek (Wiley & Sons, 1999) Excellent book on machine design Programming and Customizing the Pic Microcontroller, by Myke Predko (McGraw-Hill, 1998) Excellent book on using and programming the PIC Microcontroller Programming and Customizing the Basic Stamp, by Scott Edwards (McGraw-Hill, 1998) Excellent book on using and programming the Basic Stamp Design of Weldments, by Omer Blodgett (Lincoln Electric Company, 1993) Probably the best book available on weldments

This is the dialog box showing the creation of a new Analysis Services data source The same three fields on this dialog box will be seen many times when working with the Dashboard Designer wizards

Mapping the tributaries into the STS-n frame Aligning the information by using the pointer information to determine where the first byte of the tributary is located Multiplexing lower order signals are adapted to higher order signals Stuffing of bits necessary to handle the various lower-speed, asynchronous channels and filling up the spare bits to keep everything in alignment

Dallas Personal Robotics Group (DPRG)

The SONET equipment provides these functions SONET can carry very large payloads, as we have seen in the hierarchy of the data speeds Up to now, we have seen the primary mapping and layout of an STS-1 (OC-1) SONET equipment can add the value necessary to protect investments by either lower-rate multiplexing or higher-rate multiplexing If one looks at an OC-3, for example, the multiplexer will produce a larger STS frame In this case, as shown in Figure 27-9 , the frame is three times larger or 270 bytes (columns) wide and nine rows high for a total of 2,430 bytes Note from this figure the overhead for the STS-n is located in the beginning of the frame, whereas the Path Overhead (POH) is located at the start of each payload

If a database exists on the server but does not appear in the list, this is due to how the PerformancePoint Monitoring Server connects to Analysis Services PerformancePoint Monitoring Server is hosted through Internet Information Services (IIS) so it uses application pools to run in Each application pool can be set to run under the context of an existing service, such as the network service, or an actual user name and password Therefore, the cube must have a role that grants permissions to the user or service under which the application pool runs Another option is to configure the server to pass the current user credentials through to Analysis Services These options will be discussed in greater detail in 8 in the section on security The final option on the Summary tab is Cache Settings By default, PerformancePoint Server will get data from Analysis Services and then cache that data for 10 minutes After ten minutes, PerformancePoint Server will invalidate the cache and the next