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In Five we asserted that it takes two elements, desire and convenience, to create an atmosphere within a corporation that is sufficient to motivate them to deploy a wireless application The specific quantities of each factor differ between companies however One lesson that has been proven in hundreds of installations around the world is that the desire to change a business process with wireless data is quintessential Convenience, especially in this early market of wireless data is not expected, nor a primary driver, and it takes a second seat to desire in propelling businesses to undertake a wireless data project Desire comes from a business executive who wants to modify a business process with the expectation that it will reduce costs, improve customer retention or improve profit The technology that is necessary to improve the business process is interesting only as it applies to the business problem As a disembodied science, technology is flat and dull and remains the domain of the information technology department It gains life only when it can be applied to solve a business issue, therefore, the starting point for the selection of wireless middleware begins with the business issue and not with the technology itself This may seem somewhat counter-intuitive, yet it is perfectly grounded in good information technology practices where business requirements definitions are done as a prologue to choosing the technology Too many times, technology has been chosen first only to suffer from if I have a hammer, everything must be a nail" syndrome This was the case with Wireless Application Protocol (WAP), which over the past two years was uniformly applied to every wireless need only to fail miserably since it was not designed to handle the variety of needs of wireless users Leading with technology generally results in fruitless projects and frustrated users This holds true for wireless and non-wireless technologies As an important software platform for the enterprise, wireless middleware must be chosen by first defining the business problem Defining the business problem is a well-documented subject unto itself, however several key factors enter specifically into the realm of wireless data These specific issues will be treated in this chapter The reader is encouraged to explore information technology best practices guides for a more general discussion and understanding.

Part 2:

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component leads from the PC board Install a few more non-electrolytic capacitors and solder them to the board, remember to cut the extra leads from the board Install the remaining non-electrolytic capacitors to the circuit board and solder them in place Next, locate the electrolytic capacitors and we will install them on the PC board Refer to the schematic and parts layout diagrams to make sure you can orient the capacitors correctly before soldering them Place a few electrolytic capacitors on the board and solder them in, trim the excess leads as necessary Add the remaining electrolytic capacitors on to the PC board and solder them in place The Whistler receiver also has a number of coils in the circuit, most of them are low cost and readily available from Mouser Electronics, see Appendix Identify the coils for the project and place them in their respective locations on the PC board Now, solder them in place and remember to trim the excess component leads flush to the edge of the circuit board Looking at the circuit you will notice three transistors, more correctly one dual FETs and one conventional transistor Before we go ahead and install the semiconductors, take a quick look at the semiconductor pin-out diagram shown in Figure 14-3 The FETs are very sensitive to static electricity damage, so be extremely careful when handling them, use a grounded anti-static wrist-band The FETs have three leads much like a regular transistor but their pin-outs are a bit different An FET will usually have a Drain, Source and Gate lead; see pin-out diagram for each particular FET, when installing them on the PC board The conventional transistor at Q2 is a PNP type which has a Base, Collector and Emitter lead, once again refer to the transistor pin-out diagram, the schematic and parts layout.

The process begins when the serving system receives an AUTHDIRFWD message from the anchor system, including the ANSI-41 UPDCOUNT parameter, and proceeds as follows (see Figure 1119):

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The nonanchor serving system directs the serving BS to send a Parameter Update Order to the MS in a mobile station control message The MS increments its stored value of COUNT and responds with an order confirmation message If the nonanchor serving system receives the order confirmation message, it generates a COUNT update report indicating the COUNT update was successful; otherwise, it generates a COUNT update report indicating that there was no response to the COUNT update The nonanchor serving system sends the execution report to the anchor system, and the process terminates

If the serving system cannot complete the unique-challenge operation, eg, due to loss of radio contact, the unique-challenge report indicates either that the challenge was not attempted or that no response was received from the MS

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