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These services may be bundled through PLT with the conventional telecommunications and energy offerings, thus widening the service range and enhancing individual choice features that are increasingly demanded by customers Coupling ICT and PLT technologies gives many opportunities in applications and services Efficient energy supply is an essential precondition Several alternative technologies compete for the local access infrastructure and services Each technology has its own strengths and weaknesses A comparison between PLT and some other relevant technologies is presented in Table 15-1 Table 15-1: Comparison of technologies for local loop access Technology Copper Wires Strength Mature Robust Wide variety of choices Ease of use ISDN Mature Robust Available Cable Modems Excellent performance Mature Many trial basis only Always On Shared resource with others Low Cost Slows down with contention Ease of installation ADSL/Copper based Great performance Always on Low cost Uses existing wiring Power Line Technology Good performance Immature Standards not 100% Different ways to implement Length of wire (local loop) can be problematic Distance limited Expensive for consumer On-demand mostly Newer always-on not robust Limited coverage (geographic) Weakness Slow speed On demand services only

Adding a PivotTable to a spreadsheet shows an empty PivotTable and opens the Field List along the right side of the page

Like the thwack bot, the overhead thwack bot uses its motor torque to power an impact weapon Unlike the conventional thwack bot, the overhead thwack bot attacks by reversing its drive power rapidly, the reaction torque from the drive motors swinging the entire body end over end and bringing the tail end down in front of it violently The challenge comes in getting enough inertia into the body of the robot, with significant force and accuracy to hit the target The same rapid reversal of drive power that brings the weapon over will also drive the robot away from the target Attacking with an overhead thwack bot is accomplished by charging at a target and then slamming itself into reverse just before impact The entire robot has to be balanced just right, such that the robot flips over quickly before it starts to back up significantly Insufficient or uneven wheel traction can cause the robot to veer to one side while flipping, causing the weapon to miss its intended target Widely set wheels will help with accuracy Figure 10-7 shows an overhead thwack bot While a conventional thwack bot can take several revolutions to get up to speed, an overhead thwack bot must produce all its weapon power in less than one half of a full revolution of its drive wheels The electrical and mechanical drive power components have to be optimized for a high rate of energy delivery high current rate batteries, thick wiring, high-horsepower motors, and very rugged drive gearing are a must All the main components must fit between the drive wheels for the robot to flip freely Usually, these bots have large-diameter wheels set wide apart to allow sufficient room between them for the main body Of course, large-diameter wheels usually means a high gear reduction to get the right speed and torque, and large wheels and a high gear reduction will make the wheels respond more slowly to rapid motor power reversal Optimizing an overhead thwack bot for maximum damage is difficult The best tactic is to increase drive motor power as much as possible Increasing the length of the tail and the weight of the mass at the end of the tail will increase.

Table 15-1: Comparison of technologies for local loop access Technology Strength Always on Coverage everywhere Low cost increment Weakness Still in development Installed base limited Possible problems with meshed networks

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The Field List is broken into two sections: a Fields section and an Areas section By default the Fields section is on top and the Areas section is below the Fields section and contains four boxes for the filter, columns, rows, and values (the measures) The Fields section contains the measures first, broken down in measure groups Next come the KPIs, followed by the dimensions and their attributes and hierarchies The layout of the Field List can be changed At the top of the Field List is a button that can alter the layout to show the Areas section beside the Fields section, the Fields section only, or the Areas selection only in a couple of different layouts On the Options tab of the ribbon bar, which appears under a larger PivotTable Tools tab, there is a button labeled Field List that can toggle the entire panel on and off With the Field List visible, it s now possible to create a report by simply dragging and dropping or by clicking the check boxes beside the items in the Field List Assume that the user scrolls down to the Sales Summary measure group and selects

A technology comparison must not only take into account the state of the art today, but should also look at the ease of development and improvement in the near future This is done in Table 15-2 , which compares the upgrade paths for various Information Society infrastructure technologies Table 15-2: Access technology upgrade path and migration Copper Wires [ 1 ] Cable TV Networks Wireless Local [2] Loop [ 3 ] PLT [ 4 ]