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Figure 5-3. Using a single threshold to determine if an object is near leads to a flickering, unreliable measurement. The first graph shows the sensor distance readings; in the second graph, the value of the Boolean variable is true if the distance is lower than the threshold, and false otherwise. As you might have noticed, the distance readings that you get from your Ultrasonic Sensor are flickering. In fact, this sensor measures instant values of distance that change suddenly, moment by moment. Also, the Ultrasonic Sensor could measure a faraway distance even if the object is near, when the object that reflects the ultrasonic bursts has a corrugated surface. So, an object that was seen close a moment ago could not be seen by the sensor in the successive reading. The value of your Boolean variable would change constantly between true and false when the sensor reading is near the threshold value, as the preceding figure clearly shows. It would be desirable to filter all this flickering using two thresholds instead of one, thus getting a more stable Boolean result. Take a look at Figure 5-4, because a graph is better than a thousand words.

You can, however, use Google Voice in tandem with your SMS plan. Use the Messaging app when you need to send an MMS message, and use Google Voice for other messages.

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Figure 5-4. Using hysteresis, you can filter the flickering of the distance measurements. This is exactly the solution used in the Omni-Biped program, where you are using two thresholds, NEAR and FAR. In the graph, when the distance reading (top graph) goes below the NEAR threshold, the obstacle Boolean variable (plotted in the bottom graph) becomes true (point a). In other words, when the measured distance is low, the robot assumes that an object is near. As you can see, the measurement flickering about the NEAR threshold does not influence the obstacle variable; this holds also for the fluctuation inside the band delimited by NEAR and FAR. The Boolean variable obstacle becomes false only when the distance measure will be higher than the FAR threshold (point b). Finally, the obstacle variable again receives the value true only if the distance reading goes lower than the NEAR threshold (a label). This way, you can get a smoother-working system, filtering the measurement fluctuations.

But do you really need all of that I have thousands of databases under my care right now, and 99 percent of them would perform just fine with RAID 5 for data, transaction logs, and tempdb But there are a handful of systems that do need some extra care and attention And when the time arises for you to help performance tune a system, it is going to benefit you if you just stick to the basics NOTE: Tom s comment here about many systems performing just fine on RAID 5 arrays fits my own experience It s why I haven t been able to quite bring myself to drink the BAARF Kool-Aid Jonathan Gennick The biggest thing for you to recognize when troubleshooting is where you are feeling the pressure Is it in your tempdb Then put your tempdb on a RAID 10, if possible.

If you like the iPhone quote-bubble look, you can use chompSMS, a free app that emulates that. You can also use chompSMS to send reduced-rate international texts through the chompSMS network. chompSMS also supports read receipts so fixing that bug alone may make it worth installing. Other nice features with chompSMS include the ability to send texts to a group at a time instead of having to enter each address individually. You can also use it to blacklist senders like spammers or marketing firms.

Recall what I said before: a system has hysteresis when the path to go from state A to B is different from the path to go from B to A. Now that you ve seen the preceding example, you can understand the graph in Figure 5-5.

Is it your transaction logs Put your transaction logs onto a different RAID 10 set, if possible If not, then go with a RAID 1 for your transaction logs Is it your data files Your data should also go onto yet a different set of RAID 10, but if that is not possible, then go with RAID 5 for your data The bottom line is this: know the difference between these RAID levels as well as which ones you want to use That knowledge will be a benefit when you are helping to architect the design of any system..

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