A Methodology for Systems Engineering, Volume 24 |
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Page 392
Five elements are required for each character up to 16 to permit the design of simple circuits that can detect if one of ... Ten of the 16 characters listed in Table 15B contain two l's ; these comprise the well - known 2 - out - of - 5 ...
Five elements are required for each character up to 16 to permit the design of simple circuits that can detect if one of ... Ten of the 16 characters listed in Table 15B contain two l's ; these comprise the well - known 2 - out - of - 5 ...
Page 393
length to separate the code characters and to synchronize the sending and receiving machines . ... signals between code characters , which means that no short code character should be the same as the beginning of a longer one .
length to separate the code characters and to synchronize the sending and receiving machines . ... signals between code characters , which means that no short code character should be the same as the beginning of a longer one .
Page 394
group contains only one character . The n ; column shows how the code element assignments are made . From equation ( 15-1 ) we compute that h = 1.846 bits per message character . Since the message uses a four - symbol alphabet ...
group contains only one character . The n ; column shows how the code element assignments are made . From equation ( 15-1 ) we compute that h = 1.846 bits per message character . Since the message uses a four - symbol alphabet ...
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Contents
WHAT IS SYSTEMS ENGINEERING? | 3 |
THE TD2 RADIO RELAY SYSTEM | 23 |
CHAPTER PAGE | 32 |
Copyright | |
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action alternative analysis applied approach basic block called channel Chapter character choose complete components consider continuous cost creative criterion decision defined definition demand detailed determine diagram discussed economic effect environment equal equation example existing expected fact factors field frequency function gain give given graph ideas important income increase individual input interest kind limited logical means measure methods nature objectives operations organization output performance phase physical planning possible practical preference present probability problem profit properties questions ratio reason received relation requirements satisfy scale shows signal simple sometimes specific standard statistical step studies synthesis systems engineering technical techniques theory tion unit usually utility variables wanted