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The standard T-Carrier multiplexer, shown in Figure 3-45, accepts inputs from 24 sources, converts the inputs to PCM bytes, and then time division multiplexes the samples over a shared four-wire facility, as shown in Figure 3-46. Each of the 24 input channels yields an 8-bit sample, in round-robin fashion, once every 125 microseconds (8,000 times per second). This yields an overall bit rate of 64 Kbps for each channel (8 bits per sample 8,000 samples per second). The multiplexer gathers one 8-bit sample from each of the 24 channels and aggregates them into a 192-bit frame. To the frame it adds a frame bit, which expands the frame to a 193-bit entity. The frame bit is used for a variety of purposes that will be discussed in a moment. The 193-bit frames of data are transmitted across the four-wire facility at the standard rate of 8,000 frames per second, for an overall T-1 bit rate of 1.544 Mbps. Keep in mind that 8 Kbps of the bandwidth consists

Robots have a big advantage over people when it comes to vision. Machines can see at wavelengths to which humans are blind. Human eyes are sensitive to electromagnetic waves whose length ranges from 390 to 750 nanometers (nm). The nanometer is a billionth (10 9) of a meter, or a millionth of a millimeter. The longest visible wavelengths look red. As the wavelength gets shorter, the color changes through orange, yellow, green, blue, and indigo. The shortest waves look violet. Energy at wavelengths somewhat longer than 750 nm is infrared (IR); energy at wavelengths somewhat shorter than 390 nm is ultraviolet (UV). Machines, and even nonhuman living species, often do not see in this exact same range of wavelengths. In fact, insects can see UV that we can t and are blind to red and orange light that we can see. (Maybe you ve used orange bug lights when camping to keep the flying pests from coming around at night or those UV devices that attract bugs and then zap them.) A robot might be designed to see IR or UV or both, as well as (or instead of) visible light. Video cameras can be sensitive to a range of wavelengths much wider than the range we see. Robots can be made to see in an environment that is dark and cold and that radiates too little energy to be detected at any electromagnetic wavelength. In these cases the robot provides its own illumination. This can be a simple lamp, a laser, an IR device,

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A simple electronic calculator doesn t have AI. But a machine that can learn from its mistakes, or that can show reasoning power, does. Between these extremes, there is no precise dividing line. As computers become more powerful, people tend to set higher standards for what they call AI. Things that were once thought of as AI are now ordinary. Things that seem fantastic now will someday be humdrum. There is a tongue-in-cheek axiom: We can call computer intelligence true AI only as long as it remains a little bit mysterious.

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656 Robotics and artificial intelligence or a UV device. Or the robot might emanate radio waves and detect the echoes; this is radar. Some robots can navigate via ultrasonic echoes, like bats; this is sonar.

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