A Methodology for Systems Engineering, Volume 24 |
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Page 99
... inputs can be separated to some extent . If , as in the TD - 2 system , the input is in- formation in electrical form , a communications engineer is needed to design the transmitter comprising the input equipment . An energy in- put to ...
... inputs can be separated to some extent . If , as in the TD - 2 system , the input is in- formation in electrical form , a communications engineer is needed to design the transmitter comprising the input equipment . An energy in- put to ...
Page 100
... input with which the system must deal . If there is only one kind of input - e.g . , customers passing through a sub- way turnstile - the system ( of coin collection ) will be very simple . For this example , if the behavior of the inputs ...
... input with which the system must deal . If there is only one kind of input - e.g . , customers passing through a sub- way turnstile - the system ( of coin collection ) will be very simple . For this example , if the behavior of the inputs ...
Page 101
... input problem is to design a station selection function , permitting reception of one station at a time free of interference from other stations . We can interpret the inputs as " waiting indefinitely in line " to be received , but this ...
... input problem is to design a station selection function , permitting reception of one station at a time free of interference from other stations . We can interpret the inputs as " waiting indefinitely in line " to be received , but this ...
Contents
SOME FUNDAMENTAL CONCEPTS OF SYSTEMS | 3 |
THE TD2 RADIO RELAY SYSTEM | 22 |
3 | 61 |
Copyright | |
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alternative amplitude analog computer analysis basic Bell Telephone Laboratories block diagram called channel Chapter choose circuit complete components cost creative creative technology criterion curve decision defined demand functions discussed economic encoding entropy environment equation evaluation example existing factors feedback frequency given important income individual information theory inputs and outputs interval scale kinds level of measurement logical Mason's rule matrix maximum means measure ment methods minimax mixed strategy noise objectives operations research optimal organization payoff payoff matrix phase physical planning possible preference probability problem profit projects properties radio ratio ratio scale requirements scale signal signal-flow graph solving specific statistical strategy studies subsystems systems engineering systems engineering process systems synthesis technical techniques telephone television theory tion transfer function transmission transmittance utility variables