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Which of the following IS NOT true of the use of the Link 16 information assurance feature
known as double pulse transmissions? Each pulse occurs on identical frequencies
Link 16 line-of-sight connectivity is limited by what type of signal propagation? Direct wave
propagation
Data Contains the majority of information and is made up of 186 or 372 pulses depending
on packing structure
Jitter Variable wait time before data pulses are transmitted that contributes to jam
resistance
Propagation Consists of 72 pulses and provides time refinement and timeslot specific
information such as timeslot and message type
JTIDS/MIDS The language Link 16 capable weapons systems use to exchange tactical
information
JREAP A set of protocols used to exchange J-Series messages using non-JTIDS/MIDS
equipment
Link 16 Conventions and record message formats that support information exchange
defined by MIL_STD_6016
J-Series Messages Communications component of Link 16
, What are the two types of Link 16 capacity? Select all that apply. Terminal capacity
System capacity
Which JTIDS/MIDS access technique allows a common group of timeslots to be used for the
same function but on different operating selectable nets? Stacked Nets
What are the terminal design features that contribute to JTIDS/MIDS jam resistance? Select all
that apply. High hopping rate of 76,923 hops per second
Error Detection and Correction (EDAC) coding
Pseudorandom frequency-hopping pattern over 51 discrete center frequencies
How are terminals programmed to provide a common understanding of timeslot boundaries?
A set of coordinated Initialization Data Load (IDL) files
A link margin value of 21dB will force an enemy jammer using equal power to get within how
many miles of a receiving terminal if the transmitting terminal is 60 miles away? 5 miles or
1/12 the distance
Dedicated Timeslot Reuse is a form of what JTIDS/MIDS access mode? Contention
Interruptive BIT This BIT is an operator initiated BIT that will stop the terminal from
transmitting and fault-isolate to the first, second, and third most probable SRU.
Operational BIT This BIT is always running in the background while the terminal is on. It will
detect a degradation in the terminal's performance, communication/network degradation, or
terminal failure such as a LRU or SRU fail.