Binary offset carrier ( BOC ) is the modulation used by COMPASS.
2.
It is formed by addition or subtraction of two weighted sine binary offset carrier modulations.
3.
The modulation method is binary offset carrier, using a 10.23 MHz subcarrier against the 5.115 MHz code.
4.
Phenomena similar to the capture effect are described in AM when offset carriers of different strengths are present in the passband of a receiver.
5.
Alternative analog modulation schemes are under discussion, such as the " CLIMAX " multi-carrier system and offset carrier techniques to permit more efficient utilization of spectrum.
6.
The "'Composite Binary Offset Carrier "'( CBOC ) modulation is a particular implementation of the Multiplexed Binary Offset Carrier modulation and it is nowadays used by Galileo satellite signals.
7.
The "'Composite Binary Offset Carrier "'( CBOC ) modulation is a particular implementation of the Multiplexed Binary Offset Carrier modulation and it is nowadays used by Galileo satellite signals.
8.
The modulation technique used is multiplexed binary offset carrier ( TMBOC ) is BOC ( 1, 1 ) for all except 4 of 33 cycles, when it switches to BOC ( 6, 1 ).
9.
GIOVE satellites transmitted multifrequency ranging signals equivalent to the signals of future Galileo including new signals based on the use of the BOC ( Binary Offset Carrier ) technique, in particular the high-performance E5AltBOC signal.
10.
MBOC has two main implementations, the Composite Binary Offset Carrier ( CBOC ) implementation, currently used in Galileo and the Time-Multiplexed Binary Offset Carrier ( TMBOC ), currently used in modernized GPS L1C signal.
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