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Bandwidth is always a touchy subject It can become a never satisfied drain on the corporate bottom line, if due diligence is not practiced There is a direct relationship to cost and total bandwidth The more bandwidth needed, the greater the cost Everyone would like as much bandwidth as possible, and at the same time wants it to be affordable Many people make the mistake of buying more than they need, anticipating future growth In this industry, prices keep falling as competition increases If an organization needs an OC3 (155 Mbps) today, then laying fiber is probably the most affordable solution Conversely, if 10 Mbps Ethernet is the current rate of transmission, then this demand can be immediately met Additional bandwidth can be bought later In two to three years, the costs will plummet so that the new requirements can be met with incremental or marginal costs It s wiser to buy bandwidth as you need it and not before (there will be a small amount of incremental add-on, but limited) In the future, there will be the following:

FIGURE 12-6

Figure 7-27 Business Rules and Model Properties enable the PerformancePoint Server Planning module to model complex business processes

What should be done in the interim to satisfy the need The answer is the following:

The underwater thruster system used with the Robo-Goose (courtesy of Acroname)

Lease (dark) fiber instead of paying the cost of installation Lease services from the ILEC or CLEC if sufficient bandwidth is available Buy a wireless connection such as point-to-point microwave

Recall from the earlier discussion that the query is returning all the data contained in the query that was built, regardless of what is displayed This report shows only twenty four cells of data, not counting the member values in the column and row headers This is an extremely limited amount of data but if the query went all the way to the day and individual customer levels, all that data would be returned for this report even though it isn t needed That particular query would be overkill for this simple report and again, on large cubes, it could take minutes to execute Therefore, it s important to return only what is necessary for a particular report

The Robo-Goose demonstrates an important concept in robotics control that we will call microcontroller assisted control The inputs coming from the operator are translated into commands that affect certain motions on the robot In mathematics, this is called a mapping; and in the case of the goose, two inputs (steering and forward motion) are translated, or mapped, into forward and reverse commands for the right and left thruster motors on the goose

With a leased line (or a dark fiber) solution, the costs can be predictable, based on demand and agreed-upon bandwidth Assuming physical facilities are available, take what is needed for the interim and order more only when necessary This is a good intermediate step to get the bandwidth so long as the recurring charges are not exorbitant The alternative to leasing physical circuits from the ILEC or CLEC is wireless acquisition For a one-time fee and limited recurring maintenance charges, bandwidth can be purchased for the immediate and future needs If the wireless product delivers the bandwidth and reliability desired and the payback is reasonable, then wireless may be the best choice Consider, however, the financial life and return on the investment It doesn t make sense to order an OC 3 (155 Mbps) connection when the need is only for 10 Mbps Yet, there should be an upgrade path As mentioned, leasing copper lines or fiber from the ILEC allows a migration path Growth can be accommodated, as needed Conversely, some wireless products limit this growth option Some products only handle

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The BrainStem bug also uses microcontroller-assisted control to manipulate many different outputs from two simple inputs The two outputs from the R/C receiver are fed into a small parallel microcontroller core consisting of three networked BrainStem controllers Each BrainStem controls two legs, one for the front pair, one for the middle, and one for the back pair of legs Figure 12-7 shows a photograph of the walking robot Simple forward and backward commands from the transmitter are translated into complex walking patterns with six servo actuators controlling the left legs and six more controlling the right legs of the robot In this case, the assistance of the computer becomes crucial to the operation of the robot Twelve servo actuators control the robot, and complex patterns are used to make the robot walk forward and backward, turn right and left, and even spin right or left while stepping in place