Lines Matching refs:significant

549    SHOULD be transmitted in network byte order (i.e., most significant
696       the four most significant bits and the second sample in the four
697       least significant bits.  In the IMA ADPCM codec, the samples are
740    transmitted in the G.722 octet, which is the most significant bit of
741    the higher sub-band sample, SHALL correspond to the most significant
769    frames are intermixed.  The least significant two bits of the first
809    word are numbered 0 to 31, with the most significant bit on the left
811    significant octet first.  The bits of each data field are numbered in
813    significant bit first).  The vertical bars indicate the boundaries
992    such that the least significant bit of the codeword aligns with the
993    least significant bit in the octet, the second codeword is then
994    packed so that its least significant bit coincides with the least
995    significant unoccupied bit in the octet.  When a complete codeword
997    boundary are placed into the least significant bits of the next
1002    where bit 7 is the least significant bit of the first octet, and bit
1003    A3 is the least significant bit of the first codeword:
1023    again bit 7 is the least significant bit of the first octet, and bit
1024    A2 is the least significant bit of the first codeword:
1057    more significant than bits from newer vectors.  The MSB of the frame
1078    In particular, B1 contains the eight most significant bits of V1,
1080    significant bits of V1, the more significant of the two in its MSB,
1081    and the six most significant bits of V2.  B1 SHALL be placed first in
1154    with the most significant bit on the left and numbered 0.  The octets
1155    (bytes) of each word are transmitted most significant octet first.
1194    signaled by the first two bits in each frame (the most significant
1446    from the most significant bit.  Every 160 sample GSM frame is coded
1450    significant bits (0-3) and the 4 most significant bits of F1 (0-3) in
1451    the 4 least significant bits (4-7).  The second octet contains the 2
1452    least significant bits of F1 in bits 0-1, and F2 in bits 2-7, and so
1467    significant bit, and the bits of every octet are numbered from 0 to 7
1468    from most to least significant.
1492    byte order (most significant byte first).
1545    SHALL correspond to the most significant bit of the octet in the RTP
1547    host machine, the sign bit SHALL be the most significant bit of the
1592    significant bit.  The last octet is padded with 1 bits if the last
1985       octets starting with the most significant bit rather than the
1986       least significant bit as specified here.  To partially resolve