A Methodology for Systems Engineering, Volume 24 |
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Page 382
... received message . Destination : The recipient and utilizer of the received message . Noise Source : Adds an interfering signal to the message signals . Noise includes thermal noise , acoustic noise , atmospheric static , power induc ...
... received message . Destination : The recipient and utilizer of the received message . Noise Source : Adds an interfering signal to the message signals . Noise includes thermal noise , acoustic noise , atmospheric static , power induc ...
Page 426
... received signals for known sent signals . It represents the false information in the received signals . H ( x , y ) is the joint entropy of the sent and received signals . The validity of these expressions may be seen directly from Fig ...
... received signals for known sent signals . It represents the false information in the received signals . H ( x , y ) is the joint entropy of the sent and received signals . The validity of these expressions may be seen directly from Fig ...
Page 428
... received signal at y is equal to S + N , where S is the average signal power . The entropy of this received signal is a maximum when the coding system is such that S is statistically like white thermal noise . Therefore , for this case ...
... received signal at y is equal to S + N , where S is the average signal power . The entropy of this received signal is a maximum when the coding system is such that S is statistically like white thermal noise . Therefore , for this case ...
Contents
WHAT IS SYSTEMS ENGINEERING? | 3 |
1 | 11 |
THE TD2 RADIO RELAY SYSTEM | 22 |
Copyright | |
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