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Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website

Misc PC board, wire, hardware, chassis, etc Induction Loop Receiver R1 1 megohm 14 watt, / 5% resistor R2 R3 R4 R5 R6 C1 C2 / 10k ohm 1 4 watt, 5% resistor 1000 ohm potentiometer (tone) 470 ohm 1 4 watt, / 5% resistor 10k ohm potentiometer (volume) 10 ohm, 1 4 watt, / 5% resistor 39 nF, 35 volt mylar capacitor 1 F, 35 volt electrolytic capacitor

In most areas of business where technology is applied, the first question rarely is the user s employment status, yet this is an insightful question in the area of wireless data technology Although, it is not probably obvious at this point, the answer to this particular question has a direct bearing on the downstream technological implementation To provide insight into why this is such a deterministic question, we will jump to an abbreviated discussion of mobile devices

Downloaded from Digital Engineering Library @ McGraw-Hill (wwwdigitalengineeringlibrarycom) Copyright 2004 The McGraw-Hill Companies All rights reserved Any use is subject to the Terms of Use as given at the website

Induction Loop Transmitter II R1 10k ohm potentiometer chassis mount 220 ohm 1 4 watt / resistor, 5% (red-red-brown)

TABLE 111 ANSI-41 Authentication Reporting Methods (continued)

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R3 22k ohm 1 4 watt, / 5% resistor (red-red-gold) / R4 1 ohm 1 2 watt, 5% resistor (brown-black-gold) R5 C1 10 ohm 10 watt, 10% resistor 10 f, 25 volt electrolytic capacitor

Function SSD update COUNT update COUNT update COUNT update Initiator and Version TSB51 AC ANSI-41 AC TSB51 AC ANSI-41 serving system TSB51 serving system Message Sent to AC on Successful Outcome AFREPORT ASREPORT AFREPORT no report

* The handling of the global challenge failure case when an authentication-capable MS registers and does not provide a global-challenge authentication response is somewhat ambiguous in ANSI-41-D For example, one can interpret ANSI-41-D to allow each of the listed messages to convey the authentication failure report However, IS-778 is clear in specifying the use of the AUTHREQ message when this failure occurs and the AuthenticationCapability of the MS is unknown (see Authentication Enhancements in IS-778 )

C3,C7 1 F, 35 volt disk capacitor C4 C5 C6 47 nF, 35 volt poly capacitor 10 F, 35 volt electrolytic capacitor 220 F, 35 volt electrolytic capacitor

Report Content Another difference between ANSI-41 and TSB51 authentication reporting lies in the content of reports The AFREPORT message in TSB51 reports on both the success and failure of authentication processes; therefore, the TSB51 ReportType parameter supports both types of indications The ANSI-41 ReportType parameter is reduced in scope, supporting only failure indications ANSI-41 also adds new, individual report-type parameters for each of the authentication processes the AC can initiate: UniqueChallengeReport, SSDUpdateReport, and CountUpdateReport

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C2,C5 100 nF, 35 volt poly capacitor C3 100 F, 35 volt electrolytic capacitor C4 470 F, 35 volt electrolytic capacitor

A significant aspect of the AC authentication reporting process, which is modified in ANSI-41 compared to TSB51, relates to the timing of the reports the AC receives from the serving system In TSB51, when the AC initiates an authentication operation, the timing of the report is indeterminate; there is no specification that the report shall be generated within x seconds of the receipt of the authentication-related request (see Figure 1120)

U1 LM386 audio amplifier IC L1 800 turns on a 9 70 mm ferrite rod (see text) S1 B1 PH SPST on-off switch 9volt transistor radio battery 8 ohm headphones

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Figure 1120 Prior to IS-41-C, the timing of the report generated by the serving system was not specified

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Part 2:

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