McKay, K., "RTP Payload Format for PureVoice(tm) Audio", RFC 2658, August 1999.  Home/Search   Document Not in Database   Summary   Related Articles   Check

.... 7 23 xmc[10] 3 61 bc[3] 2 24 xmc[11] 3 62 Mc[3] 2 25 xmc[12] 3 63 xmaxc[3] 6 26 Nc[1] 7 64 xmc[39] 3 27 bc[1] 2 65 xmc[40] 3 28 Mc[1] 2 66 xmc[41] 3 29 xmaxc[1] 6 67 xmc[42] 3 30 xmc[13] 3 68 xmc[43] 3 31 xmc[14] 3 69 xmc[44] 3 32 xmc[15] 3 70 xmc[45] 3 33 xmc[16] 3 71 xmc[46] 3 34 xmc[17] 3 72 xmc[47] 3 35 xmc[18] 3 73 xmc[48] 3 36 xmc[19] 3 74 xmc[49] 3 37 xmc[20] 3 75 xmc[50] 3 38 xmc[21] 3 76 xmc[51] 3 Table 2: Ordering of GSM variables Octet Bit 0 Bit 1 Bit 2 Bit 3 Bit 4 Bit 5 Bit 6 Bit 7 0 1 1 0 1 LARc0.0 LARc0.1 LARc0.2 LARc0.3 1 LARc0.4 LARc0.5 LARc1.0 LARc1.1 ....

....output frames: Rate 1 (266 bits) Rate 1 2 (124 bits) Rate 1 4 (54 bits) or Rate 1 8 (20 bits) For typical speech patterns, this results in an average output of 6.8 k bits sec for normal mode and 4.7 k bits sec for reduced rate mode. The packetization of the QCELP audio codec is described in [17]. 4.5.16 RED The redundant audio payload format RED is specified by RFC 2198 [18] It defines a means by which multiple redundant copies of an audio packet may be transmitted in a single RTP stream. Each packet in such a stream contains, in addition to the audio data for that packetization ....

McKay, K., "RTP Payload Format for PureVoice(tm) Audio", RFC 2658, August 1999.

.... 24 xmc[11] 3 62 Mc[3] 2 25 xmc[12] 3 63 xmaxc[3] 6 26 Nc[1] 7 64 xmc[39] 3 27 bc[1] 2 65 xmc[40] 3 28 Mc[1] 2 66 xmc[41] 3 29 xmaxc[1] 6 67 xmc[42] 3 30 xmc[13] 3 68 xmc[43] 3 31 xmc[14] 3 69 xmc[44] 3 32 xmc[15] 3 70 xmc[45] 3 33 xmc[16] 3 71 xmc[46] 3 34 xmc[17] 3 72 xmc[47] 3 35 xmc[18] 3 73 xmc[48] 3 36 xmc[19] 3 74 xmc[49] 3 37 xmc[20] 3 75 xmc[50] 3 38 xmc[21] 3 76 xmc[51] 3 Table 2: Ordering of GSM variables Schulzrinne Casner Expires July 14, 2000 [Page 15] INTERNET DRAFT draft ietf avt profile new 08.ps January 14, 2000 Octet Bit 0 Bit 1 Bit 2 Bit 3 Bit 4 Bit 5 Bit 6 ....

....output frames: Rate 1 (266 bits) Rate 1 2 (124 bits) Rate 1 4 (54 bits) or Rate 1 8 (20 bits) For typical speech patterns, this results in an average output of 6.8 k bits sec for normal mode and 4.7 k bits sec for reduced rate mode. The packetization of the QCELP audio codec is described in [18]. 4.5.17 RED The redundant audio payload format RED is specified by RFC 2198 [19] It defines a means by which multiple redundant copies of an audio packet may be transmitted in a single RTP stream. Each packet in such a stream contains, in addition to the audio data for that packetization ....

K. McKay, "RTP Payload Format for PureVoice(tm) Audio", Request for Comments (Proposed Standard) RFC 2658, Internet Engineering Task Force, Aug. 1999.

.... 24 xmc[11] 3 62 Mc[3] 2 25 xmc[12] 3 63 xmaxc[3] 6 26 Nc[1] 7 64 xmc[39] 3 27 bc[1] 2 65 xmc[40] 3 28 Mc[1] 2 66 xmc[41] 3 29 xmaxc[1] 6 67 xmc[42] 3 30 xmc[13] 3 68 xmc[43] 3 31 xmc[14] 3 69 xmc[44] 3 32 xmc[15] 3 70 xmc[45] 3 33 xmc[16] 3 71 xmc[46] 3 34 xmc[17] 3 72 xmc[47] 3 35 xmc[18] 3 73 xmc[48] 3 36 xmc[19] 3 74 xmc[49] 3 37 xmc[20] 3 75 xmc[50] 3 38 xmc[21] 3 76 xmc[51] 3 Table 2: Ordering of GSM variables Schulzrinne Casner Expires April 21, 2000 [Page 16] INTERNET DRAFT draft ietf avt profile new 07.ps October 21, 1999 Octet Bit 0 Bit 1 Bit 2 Bit 3 Bit 4 Bit 5 Bit 6 ....

....output frames: Rate 1 (266 bits) Rate 1 2 (124 bits) Rate 1 4 (54 bits) or Rate 1 8 (20 bits) For typical speech patterns, this results in an average output of 6.8 k bits sec for normal mode and 4.7 k bits sec for reduced rate mode. The packetization of the QCELP audio codec is described in [18]. 4.5.18 RED The redundant audio payload format RED is specified by RFC 2198 [19] It defines a means by which multiple redundant copies of an audio packet may be transmitted in a single RTP stream. Each packet in such a stream contains, in addition to the audio data for that packetization ....

K. McKay, "RTP Payload Format for PureVoice(tm) Audio", Internet Draft, Internet Engineering Task Force, Oct. 1998. Work in progress.

.... 3 61 bc[3] 2 24 xmc[11] 3 62 Mc[3] 2 25 xmc[12] 3 63 xmaxc[3] 6 26 Nc[1] 7 64 xmc[39] 3 27 bc[1] 2 65 xmc[40] 3 28 Mc[1] 2 66 xmc[41] 3 29 xmaxc[1] 6 67 xmc[42] 3 30 xmc[13] 3 68 xmc[43] 3 31 xmc[14] 3 69 xmc[44] 3 32 xmc[15] 3 70 xmc[45] 3 33 xmc[16] 3 71 xmc[46] 3 34 xmc[17] 3 72 xmc[47] 3 35 xmc[18] 3 73 xmc[48] 3 36 xmc[19] 3 74 xmc[49] 3 37 xmc[20] 3 75 xmc[50] 3 38 xmc[21] 3 76 xmc[51] 3 Table 2: Ordering of GSM variables Schulzrinne Casner Expires December 25, 1999 [Page 16] INTERNET DRAFT draft ietf avt profile new 06.ps June 25, 1999 Octet Bit 0 Bit 1 Bit 2 Bit 3 Bit 4 Bit 5 Bit 6 ....

....output frames: Rate 1 (266 bits) Rate 1 2 (124 bits) Rate 1 4 (54 bits) or Rate 1 8 (20 bits) For typical speech patterns, this results in an average output of 6.8 k bits sec for normal mode and 4.7 k bits sec for reduced rate mode. The packetization of the QCELP audio codec is described in [18]. 4.5.18 RED The redundant audio payload format RED is specified by RFC 2198 [19] It defines a means by which multiple redundant copies of an audio packet may be transmitted in a single RTP stream. Each packet in such a stream contains, in addition to the audio data for that packetization ....

K. McKay, "RTP Payload Format for PureVoice(tm) Audio", Internet Draft, Internet Engineering Task Force, Oct. 1998. Work in progress.

.... 3 61 bc[3] 2 24 xmc[11] 3 62 Mc[3] 2 25 xmc[12] 3 63 xmaxc[3] 6 26 Nc[1] 7 64 xmc[39] 3 27 bc[1] 2 65 xmc[40] 3 28 Mc[1] 2 66 xmc[41] 3 29 xmaxc[1] 6 67 xmc[42] 3 30 xmc[13] 3 68 xmc[43] 3 31 xmc[14] 3 69 xmc[44] 3 32 xmc[15] 3 70 xmc[45] 3 33 xmc[16] 3 71 xmc[46] 3 34 xmc[17] 3 72 xmc[47] 3 35 xmc[18] 3 73 xmc[48] 3 36 xmc[19] 3 74 xmc[49] 3 37 xmc[20] 3 75 xmc[50] 3 38 xmc[21] 3 76 xmc[51] 3 Table 2: Ordering of GSM variables Schulzrinne Expires August 26, 1999 [Page 16] INTERNET DRAFT draft ietf avt profile new 05.ps February 26, 1999 Octet Bit 0 Bit 1 Bit 2 Bit 3 Bit 4 Bit 5 Bit 6 Bit 7 0 ....

....output frames: Rate 1 (266 bits) Rate 1 2 (124 bits) Rate 1 4 (54 bits) or Rate 1 8 (20 bits) For typical speech patterns, this results in an average output of 6.8 k bits sec for normal mode and 4.7 k bits sec for reduced rate mode. The packetization of the QCELP audio codec is described in [18]. 4.5.19 RED The redundant audio payload format RED is specified by RFC 2198 [19] It defines a means by which multiple redundant copies of an audio packet may be transmitted in a single RTP stream. Each packet in such a stream contains, in addition to the audio data for that packetization ....

K. McKay, "RTP Payload Format for PureVoice(tm) Audio", Internet Draft, Internet Engineering Task Force, Oct. 1998. Work in progress.

.... 3 57 xmc[36] 3 20 xmc[7] 3 58 xmc[37] 3 21 xmc[8] 3 59 xmc[38] 3 22 xmc[9] 3 60 Nc[3] 7 23 xmc[10] 3 61 bc[3] 2 24 xmc[11] 3 62 Mc[3] 2 25 xmc[12] 3 63 xmaxc[3] 6 26 Nc[1] 7 64 xmc[39] 3 27 bc[1] 2 65 xmc[40] 3 28 Mc[1] 2 66 xmc[41] 3 29 xmaxc[1] 6 67 xmc[42] 3 30 xmc[13] 3 68 xmc[43] 3 31 xmc[14] 3 69 xmc[44] 3 32 xmc[15] 3 70 xmc[45] 3 33 xmc[16] 3 71 xmc[46] 3 34 xmc[17] 3 72 xmc[47] 3 35 xmc[18] 3 73 xmc[48] 3 36 xmc[19] 3 74 xmc[49] 3 37 xmc[20] 3 75 xmc[50] 3 38 xmc[21] 3 76 xmc[51] 3 Table 2: Ordering of GSM variables Schulzrinne Expires May 18, 1999 [Page 15] INTERNET DRAFT ....

....the sign bit shall be the most signficant bit of the octet as defined by the host machine format) The 56 kb s and 48 kb s modes of G.711 are not applicable to RTP, since G.711 shall always be transmitted as 8 bit samples. 4.5. 16 QCELP The packetization of the QCELP audio codec is described in [14]. 4.5.17 RED The redundant audio payload format RED is specified by RFC 2198 [15] It defines a means by which multiple redundant copies of an audio packet may be transmitted in a single RTP stream. Each packet in such a stream contains, in addition to the audio data for that packetization ....

K. McKay, "RTP Payload Format for PureVoice(tm) Audio", Internet Draft, Internet Engineering Task Force, Oct. 1998. Work in progress.

No context found.

McKay, K., "RTP Payload Format for PureVoice(tm) Audio", RFC 2658, August 1999.

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