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7.4.5 Selection of Type, Size, and Location of Replacement Bridge
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period. This display type is useful in a situation where a small number of errors is expected. Once the number exceeds a few hundred, however, a more useful definition of the error performance can be obtained using the error ratio. This error ratio is obtained by dividing the number of BIP errors received by the number of bits transmitted and covered by the parity byte. It can be seen that this ratio is a function of the transmission rate as well. Error ratio calculation is best demonstrated by considering as an example a B1 parity byte. Suppose there is one error per minute at the 155.52 Mbps (STM-1 or STS-3) line rate. The B1 byte covers all the bits in the serial data, so in 1 second there are 155,520,000 bits transmitted and checked by the B1 byte. With 60 seconds in a minute, this level of error is represented by an error ratio of error ratio = 1 = 1.07 10 7 (155,520,000 60)
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A business scorecard ranking facilities based on their expenses, where the top level KPI could be broken down into more granular KPIs.
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Figure 4-4
Abutment1 O D O O O D
As x approaches 2 from the left, f ( x) = 2x 4 approaches 0. As x approaches 2 from the right, f ( x) = x 2 approaches 4. Thus we see that f has left limit 0 at c = 2, written lim f ( x) = 0 ,
Once the circuit is built, put a small tube around the LEDs to help focus and collimate the infrared light. Although most of the light is projected in front of the LEDs, a small fraction of the light goes sideways and to the rear of the LED. This could interfere with the infrared receiver module, causing false readings. The tubes also help reduce this interference. The IR receiver modules that are not enclosed inside a metal case, such as the Panasonic PNA4602M, are very susceptible to this setback. To solve this problem, place a small piece of aluminum foil duct tape on the back and sides of the receiver module. Do not let the tape touch the wire leads. This will help prevent false readings from sideways and backward emitted IR light. The basic operation of this circuit is to flash the left IR LED, then take a reading from the IR receiver, then flash the right IR LED, and then take another reading from the IR receiver. If the receiver detects something from the left IR LED, then there is something that is either to the left front or in front of the detector. If the receiver detects something from the right IR LED, then there is something either to right front or in front of the detector. If both left and right IR LEDs returned a signal, then there is something directly in front of the detector. Using this approach, a relative direction of the object can be detected. The left and right angular range detection can be adjusted by angling the IR LEDs toward or away from the IR receiver module. Depending on which infrared receiver module you choose, the modulated infrared light must be on between 400 600 s to allow for the receiver module to stabilize. Otherwise, a false signal is more likely to occur. In the real world, there s a lot of noise in all signals, so it s better to take a sample of readings instead of relying on a single measurement. One method of sampling is to take five consecutive readings. If you get more than three hits, there is a greater probability that there is an object in front of the sensor. A 40-kHz infrared receiver module has its peak sensitivity at 40 kHz. They are still functional when receiving light at +/- 5 kHz of the center frequency. The further away the actual modulated frequency is from the center frequency, the less sensitive the sensor becomes. With this knowledge, the sensitivity of this circuit can be adjusted by shifting the modulated infrared LED frequency away from the center frequency. The reason this may be important is that the detector circuit will detect white objects that are much farther away than black objects. Also, the ambient lighting at an actual competition is usually different that the ambient lighting at home or wherever you re building and testing your bot. Sensors usually respond differently in the different ambient lighting conditions. Having the ability to adjust the sensitivity of the detectors will improve your bot soverall performance.
using System; class MultipleIndirect { unsafe static void Main() { int x; // holds an int value int* p; // holds an int pointer int** q; // holds a pointer to an int pointer x = 10; p = &x; // put address of x into p q = &p; // put address of p into q Console.WriteLine(**q); // display the value of x } }
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