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The GP2D02 and GP2D12 are infrared range finders Shown in Figure 11-3, these sensors work by transmitting an infrared light and measuring the location of the reflected light on a position sensitive detector (PSD) Next, you can see how this sensor works By using a triangulation method, the range of an object can be determined by the location at which the reflected light hits the PSD The detection range for these sensors is from 4 inches to 31 inches (10 cm to 80 cm) The GP2D02 outputs an 8-bit serial data set As the object gets closer to the sensor, the output number gets larger The maximum number occurs with a distance of about 4 inches, and the smallest number occurs out past 31 inches The GP2D12 works similar to the GP2D02, except the output value is an analog signal in other words, it is a variable voltage that will range from 0 to 3 volts The maximum voltage will occur at 4 inches, and the minimum voltage will occur out past 31 inches

The usage parameter control: networks must police the user-to-network interface (UNI) to make sure cell traffic volumes do not affect overall network performance

Figure 7-13 The Time dimension hierarchies to be used in the model can be created as Calendar Views while creating or extending the application calendar

The GP2D05 and the GP2D15 are infrared proximity sensors that look physically identical to the GP2D02 and the GP2D12 sensors The difference between these sensors is that the output signal changes when the object moves past a preset distance of 95 inches (or 24 cm) For any object that is between 4 inches and 95 inches (10 to 24 cm), the output signal is 0 volts, and any object that is past the 95-inch threshold will have a positive 5-volt output signal The difference between the GP2D05 and the GP2D15 sensors is that the GP2D05 sensor requires an input trigger pulse to tell the sensor to make a measurement The GP2D15 sensor continuously takes measurements

Traffic control and management can also be based on a credit and debit type system As traffic enters the buffers, a certain amount of cells are authorized to enter the buffer As the cells fill the buffers, they use up the credits allowable When any extra cells are introduced into the buffers, then a second stage buffer can be used for the traffic as being eligible for discard If, in fact, the eligibility for discard is exceeded, any new cells are automatically flushed away These mechanisms are used to control the flow of data into the network If some type of control is not used, the switches across the wide area can get into trouble Buffer overruns and system overloads can also occur If this continues to occur, the network suppliers cannot provide or live up to their guarantees for service levels The continuous overruns across buffers and switches will cause severe congestion and snarl the network to a grinding halt Data from real-time applications will be delayed, requiring a request for retransmission from the upper layers in the protocol stacks, thereby causing even more congestion This is not a situation that can be taken lightly To resolve the situation quickly, several traffic functions are used to manage the network and deliver the promised QoS, that elusive term everyone banters around but no one understands

n o t e The case of all four of the GP2Dxx sensors looks like normal black plastic, but it is actually a good electric shield when grounded It is very important that you connect this shield to ground This is mandatory for these sensors to work reliably!