A Methodology for Systems Engineering, Volume 24 |
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Page 383
... CHANNEL RADIO CHANNEL BRAIN RADIO TRANS- MITTER RADIO RECEIVER ELECTRIC CHANNEL ACOUSTIC CHANNEL AUDITORY ORGANS NERVE CHANNELS Fig . 15-4 . CHANNELS Elements involved in conversing over a one - way radiotelephone channel . For a ...
... CHANNEL RADIO CHANNEL BRAIN RADIO TRANS- MITTER RADIO RECEIVER ELECTRIC CHANNEL ACOUSTIC CHANNEL AUDITORY ORGANS NERVE CHANNELS Fig . 15-4 . CHANNELS Elements involved in conversing over a one - way radiotelephone channel . For a ...
Page 427
... channel . common to both sent and received signals . Thus all three equations have a certain intuitive significance . Example 15-2 : Transmission Rate Calculation for a Discrete Noisy Channel . Suppose that 100 million binary signal ...
... channel . common to both sent and received signals . Thus all three equations have a certain intuitive significance . Example 15-2 : Transmission Rate Calculation for a Discrete Noisy Channel . Suppose that 100 million binary signal ...
Page 428
... channel noise is of this type . The channel capacity C is the maximum value of R which occurs for a particular noise when H ( y ) is maximized by statistical encoding . The power of the received signal at y is equal to S + N , where S ...
... channel noise is of this type . The channel capacity C is the maximum value of R which occurs for a particular noise when H ( y ) is maximized by statistical encoding . The power of the received signal at y is equal to S + N , where S ...
Contents
WHAT IS SYSTEMS ENGINEERING? | 3 |
THE TD2 RADIO RELAY SYSTEM | 22 |
659 | 60 |
Copyright | |
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alternative analysis attenuation distortion basic behavior block diagram called cent channel Chapter circuit complete components cost creative creative technology criterion decision decision theory defined definition economic encoding entropy environment equation equipment evaluation example existing Exploratory Planning factors feedback field frequency given important income individual information theory inputs and outputs interval scale kinds Laboratories level of measurement Mason's rule matrix means measure ment methods microwave minimax mixed strategy noise objectives operations research optimal organization payoff payoff matrix physical possible preference probability problem profit projects properties radio ratio ratio scale requirements scale signal signal-flow graph specific standing plans statistical studies subsystems systems engineering systems engineering process systems synthesis TD-2 system technical techniques telephone television theory tion transfer function transmission transmittance variables