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phone modem as well as a TNC, so messages can be sent and received using conventional online services as well as radio Figure 26-6B shows how a packet wireless message is routed Black dots represent subscribers Rectangles represent local nodes, each of which serves subscribers by means of short-range links at very high, ultra high, or microwave radio frequencies The nodes are interconnected by terrestrial radio links if they are relatively near each other If the nodes are widely separated, satellite links are used

x 10 7 5 2 0 3 6 9 2x 2 3x 4 174 81 39 6 4 31 94 193 3x 2 5x + 11 239 101 39 9 11 31 127 277

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500 Data reception from the transmitting antenna To some extent, radio waves penetrate nonconducting objects such as trees and frame houses The line-of-sight wave consists of two components: the direct wave and the reflected wave The direct wave The longest wavelengths are least affected by obstructions At very low, low and medium frequencies, direct waves can diffract around things As the frequency rises, especially above about 3 MHz, obstructions have a greater and greater blocking effect The reflected wave Electromagnetic waves reflect from the earth s surface and from conducting objects like wires and steel beams The reflected wave always travels farther than the direct wave (Fig 27-1) The two waves are usually not in phase at the receiving antenna If they re equally strong but 180 degrees out of phase, a dead spot occurs This is most common at the highest frequencies

( 5, 39)

All visible colors can be obtained by combining red, green, and blue light The red/green/blue (RGB) color model takes advantage of this fact

(3, 31)

At VHF and UHF, an improvement in reception can result from moving the transmitting or receiving antenna just a few inches In mobile VHF/UHF operation, when the transmitter and/or receiver are moving, dead spots produce holes or picket fencing in the received signal

Figure 28-2

Hue, Saturation, and Brightness Color, as perceived by the human eye, is a function of the wavelength of optical EM energy When most of the energy is concentrated near a single wavelength, you see an intense hue The vividness of a hue is called the saturation The brightness of a color is a function of how much total energy the light contains In most video displays, there is a control for adjusting the brightness, also called brilliance 3D Color A color palette is obtained by combining pure red, green, and blue in various ratios Assign each primary color an axis in Cartesian three-dimensional (3D) space as shown in Fig 26-7 Call the axes R (for red), G (for green), and B (for blue) Color brightness can range from 0 to 255, or binary

Graphs of y = 2x 2 3x 4 and y = 3x 2 5x + 11 The first function is graphed as a solid curve; the second function is graphed as a dashed curve Realnumber solutions appear as points where the curves intersect On the x axis, each increment is 2 units On the y axis, each increment is 50 units

At frequencies below about 10 MHz, the earth s surface conducts ac quite well Because of this, vertically polarized EM waves follow the surface for hundreds or even thousands of miles, with the earth helping to conduct the E flux The lower the frequency, the lower the ground loss and the farther the waves travel by surface-wave propagation Horizontally polarized waves do not travel well in this mode, because horizontal E flux is shorted out by the earth Above about 10 MHz, the earth becomes lossy, and surface-wave propagation is not useful for more than a few miles Significant surface-wave communications are done mainly at very low, low, and medium frequencies (up to 3 MHz)

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