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One of the fundamental differences between wireless data networks is how they are designed to move data One architecture, circuit-switched, is built on the concept of establishing a unique connection between the two end points of the data call, just like a voice call is constructed on landline phones The other approach creates multiple paths between the end points of the call and places from" and to" labels on each piece, or packet, of information that is sent This approach is called packet networks We will explore these two network types next Refer to Table 71 for a sample list of network operators by network type

Test the sensing circuit first Connect a general purpose oscilloscope or multi-meter to the output of U1 Position a permanent magnet near coil L1 and the oscilloscope display should show a pronounced pulse If a multi-meter is used, its readout should jump Next, move L1 away from the magnet and the reading on the multi-meter should fall to zero If the reading does not go to zero, adjust trimmer potentiometer R4 in the sensor circuit When the sensing head is adjusted and working correctly, close the lower cap and fasten it with two non-magnetic stainless steel self-tapping screws to complete the assembly Connect one end of the plug-terminated coaxial cable to the sensor head jack 1 and the other end to the control/ display unit jack J2 Turn on the power toggle switch of the control/display unit and turn SENSITIVITY potentiometer R18 full clockwise The meter should remain at zero Rotate ALARM ADJUST potentiometer R19 clockwise until the alarm just begins to sound

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ROUTREQ [MS-A] ROUTREQ [MS-B] routreq [TLDN1] routreq [TLDN2]

The Aurora Monitor can be connected to a chart recorder or it can pass signals to a personal computer with an analog-to-digital converter board The recorder or PC can collect data for the study of magnetic fields, magnetic storms, and sunspot activity over long periods of time for further analysis A set of high-impedance (greater than 1 kilohm) headphones can be plugged into jack J3 if you wish to hear the changes in magnetic fields

Figure 1229 An example of the FA feature invocation: (1) The call to the FA pilot directory number starts out as a normal call delivery attempt the originating system sends a LOCREQ message to the HLR The originating system includes the TransactionCapability parameter, indicating whether it can support the multiple terminations required for the FA feature; this parameter is required in the ANSI-41 LOCREQ message (2) The HLR initiates FA processing Both mobile members of the group, MS-A and MS-B, are roaming in another network The HLR sends two ROUTREQ messages to the serving system, one for each of the two MSs, and receives two temporary local directory numbers (TLDN1 and TLDN2) in return (3) The HLR sends the two TLDNs and the land-line number POTS1 to the originating system in the ANSI-41 TerminationList parameter The HLR may also provide the AnnouncementList parameter, directing the originating system to inform the calling party that the call is being forwarded The HLR may then terminate its FA call processing (4) The originating system establishes calls in parallel to each of TLDN1, TLDN2, and POTS1 (5) MS-B answers Therefore, the originating system connects the calling party to MS-B and releases the calls to the other two members of the FA group This completes the originating system s processing of the FA call

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If you want a permanent installation, mount the sensing head assembly so that it is directed away from any large metal obstructions, oriented on a north-south axis, and pointed slightly upwards It s a good idea to fasten it to a heavy wooden post to prevent windinduced vibrations

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Network Type Packet Data Networks Network Operators (Network Technology) Cingular Interactive (Mobitex), Motient (ARDIS), various cellular carriers such as AT&T Wireless, Verizon and others (CDPD), British Telecom Wireless (GPRS), Nextel (iDEN Packet) Sprint PCS (CDMA), VoiceStream (GSM), AT&T Wireless (TDMA), Verizon (CDMA), Nextel (iDen Circuit-Switched), British Telecom (GSM), Vodaphone (GSM), other Cellular/PCS carriers worldwide (various technologies) Ericsson (EDACs), Motorola (Private DataTAC), Motorola (ASTRO), Nokia (TETRA) Wireless Matrix (MSAT Packet Data), NORCOM Networks, Qualcomm

forward-to numbers) These services effectively implement the feature control capabilities defined in the ANSI-664 standard In particular, ANSI-41 seeks to standardize these services for subscribers who are roaming outside their home service areas ANSI-41 supports the following feature control services:

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