Lines Matching refs:octets

543    For sample-based encodings producing one or more octets per sample,
545    SHOULD be packed in consecutive octets.  For example, for a two-
548    channel, second sample), ....  For multi-octet encodings, octets
738    within 64 kbit/s".  The G.722 encoder produces a stream of octets,
765    one of three sizes:  24 octets (6.3 kb/s frame), 20 octets (5.3 kb/s
766    frame), or 4 octets.  These 4-octet frames are called SID frames
772          bits  content                      octets/frame
801    The packing of the encoded bit stream into octets and the
802    transmission order of the octets is specified in Rec. G.723.1 and is
810    and numbered 0.  The octets (bytes) of each word are transmitted most
991    octets as follows:  the first codeword is placed into the first octet
1034    into octets in the G726-16, -24, -32 and -40 payload formats
1052    frame.  The four vectors of 40 bits are packed into 5 octets, labeled
1075          <--B1--><--B2--><--B3--><--B4--><--B5--> octets
1106    or G.729 Annex A.  A G.729 or G.729 Annex A frame contains 10 octets,
1107    while the G.729 Annex B comfort noise frame occupies 2 octets.
1154    with the most significant bit on the left and numbered 0.  The octets
1255    bits to complete an integer number of octets for the frame.  For
1332    Blocks of 160 audio samples are compressed into 33 octets, for an
1505    codec generates 14 octets for every frame.  The framesize is set to
1546    packet (i.e., assuming the G.711 samples are handled as octets on the
1591    only.  Samples are packed into octets starting at the most-
1985       octets starting with the most significant bit rather than the