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To get started you need to re-think your business operation with wireless possibly to disrupt your current way of doing business and enter a new frontier Your goal is to reap significant return on investment (ROI) by: Increasing worker productivity Eliminating task duplication Improving customer service Providing point of service revenue opportunities Gaining a competitive advantage Integrating wireless data represents a significant challenge for most businesses because they have not yet acquired the knowledge or expertise necessary to reengineer the organization As we have discussed, developing wirelessly enabled business processes requires more than simply putting a desktop application on a mobile computer or PDA Wireless is an entirely new paradigm of computing and communication Here are the highlights: Unlike a traditional LAN environment, a wireless application needs to contend with the harshest of environments from varying coverage conditions to extreme weather conditions to narrower bandwidth to higher latencies Wireless applications also need to address the unique needs of mobile workers On the road, for example, mobile warriors need access to specific information they find general surfing of the web unacceptable because the content offered to them is too rich causing downloads to take too long Mobile users also want to use an assortment of devices and have information formatted appropriately for each And, they need data to be synchronized between devices, so they don t have to spend a lot of time managing their data To avoid this dilemma, information technology and business managers can use the advice in this chapter to re-design the business process and architect the wireless application

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Figure 24-1 Single channel A/D converter ADC 1 Courtesy of Radio-Sky Publishing components and the software for it is free The single channel A/D converter is built around the $14 low cost MAX187 A/D converter from MAXIM Semiconductors The circuit consists of the A/D converter chip, a regulator chip, and a few capacitors; it can t get more simple than this! The single channel A/D converter readily connects to your computer s parallel port through a BD-25 connector The analog input voltage can be from zero (0) to 4095 volts as a maximum signal level A 9 volt battery or small 9 to 12 volt DC wall-wart power supply can be used to power the A/D circuit, which can be housed in a small plastic case The A/D input from your signal source is fed to pin 2 of the MAX187 chip The 5 volt regulator s output powers the MAX187 chip via pin 1 The MAX817 outputs to your personal computer are on pins 6, 7 and 8 Only three capacitors are needed for this A/D, two of which are used in the regulated power supply section of the circuit You will need a small 30 watt soldering iron, some 60/40 rosin core solder for building this project A small jar of Tip Tinner from your local Radio Shack is used to clean and dress the soldering tip Locate a few small hand tools, including a pair of small end-cutters and a needle-nose pliers and a flat-blade and Phillips screwdriver and we will begin building the A/D converter Heat up your soldering iron and let s get building The ADC-1 circuit can be built on a small perf-board or direct prototyping board available at Radio Shack or

Each MSC maintains a record of the blocking state for each interMSC circuit For our modeling purposes, Sxy is the blocking state of circuit x at MSC-y In general, SxA is not necessarily equal to SxB The blocking state for each circuit can take on one of four values at any given point in time Table 141 describes the possible blocking state values for circuit 1 at MSC-A TABLE 141 Possible Values for S1A, the Blocking State of Circuit #1 at MSC-A

Blocking State, S1A Active Symbol ACT Meaning Handoff can be initiated on circuit #1 by either MSC-A or MSC-B Handoff can be initiated on circuit #1 only by MSC-A Handoff can be initiated on circuit #1 only by MSC-B Circuit #1 cannot be used for handoff

you could make your own circuit board for the project The circuit only utilizes capacitors, both polar and nonpolar types Non-polarized capacitors are usually smaller capacitor and sometimes they do not have their actual value printed on them Often a three-digit code is used to represent their value For example, a 001 F capacitor will have (102), while a 01 F capacitor will have a (103) marked on it This project also uses large polarized or electrolytic capacitors, these capacitors have polarity markings on them which must be observed if you want the circuit to work properly Use the chart in Table 24-2 to help identify the project capacitors Identify all of the capacitors before installing them on the circuit board Once you have identified all of the capacitors, you can go ahead and install them on the circuit board Trim the excess component leads flush to the edge of the circuit board with your end-cutters Take a quick look at the semiconductor pin-out diagram shown in Figure 24-2 This diagram will help you install the integrated circuits in the A/D projects An integrated circuit socket for this project is highly recommended, as an insurance from a possible circuit failure if it ever happens It is much easier to simply replace the IC rather than trying to un-solder the IC from the circuit board The IC socket will have a cut-out or notch at one end of the package Solder the IC socket onto the PC board Pin one (1) will be assigned to the pin just to the left of the notch or cutout Pin one (1) of the IC socket is connected to the

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