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Measures cannot be moved to the Row Labels and Column Labels boxes directly Choosing more than one measure lists the measures in the Values box, but it also adds a Values item to either the Column Labels or Row Labels box This Values item can be moved from Column Labels to Row Labels or vice versa, and this will determine where the measures are displayed In order to control the subtotals, users can right-click on one of the labels and choose Field Settings For example, right-clicking on Accessories and choosing Field Settings opens the Field Settings dialog box as shown in Figure 9-11 This dialog box is not specific to Accessories, but covers all the product categories that are displayed The first tab covers options for subtotals and filters, and the first section can turn off subtotals or apply custom subtotals Simply changing this option to None turns off the subtotals Figure 9-11 shows the results of this in the background;

quency, so different beacons could be distinguished between each other The four different modulation frequencies were 550 Hz, 700 Hz, 850 Hz, and 1000 Hz The reason for using the 40-kHz carrier frequency was so that standard infrared remote control receiver modules could be used to detect the infrared light from the beacons A set of these sensors could be placed around a robot to look for the beacon, and once it detected the beacon, the robot homed in on the beacon to initiate the attack The infrared receiver modules were the same type of receiver module found inside television sets and video cassette recorders Most electronic component stores sell them Some models that work well with the 40-kHz signal are the Sharp GP1U58X, the Sharp GP1U59Y, or the Liton LTM97AS-40 These sensors specifically look for a 40-kHz signal, and they will ignore signals outside +/ 5-kHz tolerance band With this type of system, a beacon was placed on top of each robot in the match and the robots tried to find each other The robot builder was responsible for de veloping the electronics and software for detecting and decoding the infrared signal from the beacons Each robot was not allowed to use its own beacon design in combat, since the event coordinators provided them, or they were not allowed to transmit false infrared signals to confuse the opponent Figure 11-8 is a schematic drawing showing how to build a simple test beacon circuit This circuit will generate the 40-kHz modulation signal and the 550- to 1000-Hz carrier frequencies Resister R2 controls the carrier frequency, and resistor R6 conFIGURE 11-8

One of the major problems facing the Incumbent Local Exchange Carriers (ILEC) is the ability to maintain and preserve their installed base Ever since the Telecommunications Act of 1996 there has been mounting pressure on the ILECs to provide faster and more correct Internet access In order to provide the higher speed communications capability, these carriers have continually looked for new means of providing the service However, the ILECs have an installed base of unshielded twisted pair in the local loop that cannot be ignored or abandoned Therefore, a new form of communications was needed to work over the existing copper cable plant One of the technologies selected was the use of xDSL The DSL family includes several variations of what is known as digital subscriber line The lower case x in front of the DSL stands for the many variations These will include:

Figure 9-11 Multiple dimensions can be added to the rows and columns, and the order in which they appear in the row and column boxes determines how they will be displayed in the PivotTable

Asymmetrical Digital Subscriber Line (ADSL) ISDN (like) Digital Subscriber Line (IDSL) High Bit Rate Digital Subscriber Line (HDSL) Consumer Digital Subscriber Line (CDSL) Rate Adaptive Digital Subscriber Line (RADSL) Very High-Speed Digital Subscriber Line (VDSL) Single or Symmetric Digital Subscriber Line (SDSL)

Infrared test beacon circuit (courtesy of Bob Gross)

as you can see, the subtotals are no longer shown for the Accessories product category, or for any other category A simpler method exists for turning subtotals on and off; users can simply rightclick on one of the product category members and choose Subtotal Category (where category is the name of whatever member is being chosen) Clicking on the Subtotal Category will turn subtotals off; selecting it again will turn them back on If the only desire is to toggle the display of the subtotals, this is an easy way to do it If the user wants the subtotals to appear but move to the bottom of the group, this can be done by again opening the Field Settings dialog box and moving to the Layout & Print tab There is a check box on this tab labeled Display Subtotals at the Top of Each Group, and it is checked by default Unchecking it moves the subtotals to the bottom of each group, provided that subtotals are being displayed This adds a new row to the PivotTable for each group that contains the subtotals for that group