binary phaseの例文

• It transmits using 1200 bit / s binary phase shift keying ( BPSK ), a very robust binary modulation scheme.
• For a simple binary phase diagram, if one eutectic point is observed then the substances do not form a cocrystal.
• The 145.947 MHz downlink, which uses binary phase-shift keying, also provides a datarate of 1, 200 bits per second.
• Cr 23 C 6 is the prototypical compound of a common crystal structure, discovered in 1933 as part of the chromium-carbon binary phase diagram.
• The binary phase diagram in " Fig . 2 " shows the phases of a mixture of two substances in varying concentrations, A and B.
• Keeping the melt in contact with the carbon at a specific temperature dissolves the carbon atoms, saturating the melt based on the metal carbon binary phase diagram.
• The binary phase diagram of the mixture should be considered in designing ceramic-metal nanocomposites and measures have to be taken to avoid a chemical reaction between both components.
• Approximations exist, however, and noise-like signals such as binary phase-shift keyed waveforms using maximal-length sequences are the best known performers in this regard.
• Weightless-N is designed around a differential binary phase shift keying ( DBPSK ) digital modulation scheme to transmit within narrow frequency bands using a frequency hopping algorithm for interference mitigation and enhanced security.
• The positive and negative amplitudes of the pulses forming the Barker codes imply the use of biphase modulation or binary phase-shift keying; that is, the change of phase in the carrier wave is 180 degrees.
• 3-PSK can be seen as falling between " binary phase-shift keying " ( BPSK ), which uses two phases, and " quadrature phase-shift keying " ( QPSK ), which uses four phases.
• It is generally accepted that no other perfect binary phase codes exist . ( It has been proven that there are no further odd-length codes, nor even-length codes of " N " 22 .)
• Binary phase-shift keying ( BPSK ) is used in the 868 and 915 MHz bands, and offset quadrature phase-shift keying ( OQPSK ) that transmits four bits per symbol is used in the 2.4 GHz band.
• Binary phase-shift keying ( BPSK ) is used by standard GPS and GLONASS signals, however both BPSK and quadrature phase-shift keying ( QPSK ) can be considered as variations of quadrature amplitude modulation ( QAM ), specifically QAM-2 and QAM-4.
• Note that both azeotropes above are of the " positive ", or " minimum boiling " type; care must be taken to ensure that the correct component of the separation step is retained, i . e . the binary phase-envelope diagram ( boiling-point curve ) must be correctly read.
• It is said that with DSSS, the envelope is roughly bell shaped ( around the carrier ) as opposed to the rectangular ( uniform in some band ) envelope of FHSS . It feels to me like this statement in the article is equivalent to saying that the envelope of a binary phase shift keyed ( BPSK ) bit sequence is bell shaped around the carrier, when my instinct tells me it would be rectangular.