A Methodology for Systems Engineering, Volume 24 |
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Page 152
... determine the correct number of equipment units shared in common ( trunks , senders , markers ) to give a specified grade of service . Knowledge of utilization methods helps systems and development en- gineers create systems which are ...
... determine the correct number of equipment units shared in common ( trunks , senders , markers ) to give a specified grade of service . Knowledge of utilization methods helps systems and development en- gineers create systems which are ...
Page 213
... Determine causes of changes in past demand trends . 3. Determine causes of differences in previous estimates from actual present demand . 4. Determine factors likely to affect future demand . 5. Make estimates for future demand . 6 ...
... Determine causes of changes in past demand trends . 3. Determine causes of differences in previous estimates from actual present demand . 4. Determine factors likely to affect future demand . 5. Make estimates for future demand . 6 ...
Page 215
... determine their cost as a function of system length and number of channels . This was done , and the " proving - in point " was determined , i.e. , the length and number of channels beyond which a technically possible new system would ...
... determine their cost as a function of system length and number of channels . This was done , and the " proving - in point " was determined , i.e. , the length and number of channels beyond which a technically possible new system would ...
Contents
WHAT IS SYSTEMS ENGINEERING? | 7 |
1 | 16 |
THE TD2 RADIO RELAY SYSTEM | 22 |
Copyright | |
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Common terms and phrases
action alternative analysis applied approach basic block called channel Chapter choose complete components consequences consider cost creative criterion decision defined definition demand detailed determine discussed economic effect environment equation equipment example existing expected experience fact factors field frequency function give given graph human ideas important income increase individual input interest kinds limited lines means measure methods nature necessary objectives operations organization output performance phase physical planning possible preference present probability problem profit properties questions radio reason received relation requirements satisfy scale shows signal sometimes specific standard step studies synthesis systems engineering technical techniques telephone theory tion units usually utility variables wanted York