5.4 Access Burst on packet switched channels other than PRACH, CPRACH and MPRACH

3GPP45.003GSM/EDGE Channel codingRelease 17TS

Tools: ARFCN - Frequency Conversion for 5G NR/LTE/UMTS/GSM

The encoding of this burst is as defined in subclause 5.3 for the packet random access channel (PRACH). The BSIC used shall be the BSIC of the BTS to which the burst is intended.

An MS in EC operation sending a block on EC-PACCH/U as four access bursts shall use blind physical layer transmissions of each access burst according to the assigned UL Coverage Class. The blind physical layer transmissions and mapping onto physical channels shall be as described for EC-PACCH/U in subclause 5.2b.

Table 1: Reordering and partitioning of a coded block of 456 bits into 8 sub‑blocks

k mod 8=	0	1	2	3	k mod 8=	4	5	6	7
j=0	k=0	57	114	171	j=1	228	285	342	399
2	64	121	178	235	3	292	349	406	7
4	128	185	242	299	5	356	413	14	71
6	192	249	306	363	7	420	21	78	135
8	256	313	370	427	9	28	85	142	199
10	320	377	434	35	11	92	149	206	263
	384	441	42	99		156	213	270	327
	448	49	106	163		220	277	334	391
	56	113	170	227		284	341	398	455
	120	177	234	291		348	405	6	63
20	184	241	298	355	21	412	13	70	127
	248	305	362	419		20	77	134	191
	312	369	426	27		84	141	198	255
	376	433	34	91		148	205	262	319
	440	41	98	155		212	269	326	383
30	48	105	162	219	31	276	333	390	447
	112	169	226	283		340	397	454	55
	176	233	290	347		404	5	62	119
	240	297	354	411		12	69	126	183
	304	361	418	19		76	133	190	247
40	368	425	26	83	41	140	197	254	311
	432	33	90	147		204	261	318	375
	40	97	154	211		268	325	382	439
	104	161	218	275		332	389	446	47
	168	225	282	339		396	453	54	111
50	232	289	346	403	51	4	61	118	175
	296	353	410	11		68	125	182	239
	360	417	18	75		132	189	246	303
	424	25	82	139		196	253	310	367
	32	89	146	203		260	317	374	431
60	96	153	210	267	61	324	381	438	39
	160	217	274	331		388	445	46	103
	224	281	338	395		452	53	110	167
	288	345	402	3		60	117	174	231
	352	409	10	67		124	181	238	295
70	416	17	74	131	71	188	245	302	359
	24	81	138	195		252	309	366	423
	88	145	202	259		316	373	430	31
	152	209	266	323		380	437	38	95
	216	273	330	387		444	45	102	159
80	280	337	394	451	81	52	109	166	223
	344	401	2	59		116	173	230	287
	408	9	66	123		180	237	294	351
	16	73	130	187		244	301	358	415
	80	137	194	251		308	365	422	23
90	144	201	258	315	91	372	429	30	87
	208	265	322	379		436	37	94	151
	272	329	386	443		44	101	158	215
	336	393	450	51		108	165	222	279
	400	1	58	115		172	229	286	343
100	8	65	122	179	101	236	293	350	407
	72	129	186	243		300	357	414	15
	136	193	250	307		364	421	22	79
	200	257	314	371		428	29	86	143
	264	321	378	435		36	93	150	207
110	328	385	442	43	111	100	157	214	271
112	392	449	50	107	113	164	221	278	335

Table 2: Subjective importance of encoded bits for the full rate speech TCH
(Parameter names and bit indices refer to 3GPP TS 46.010)

Importance class	Parameter name	Parameter number	Bit index	Label	Class
1	Log area ratio 1	1	5	d0
	block amplitude	12,29,46,63	5	d1, d2, d3, d4
	Log area ratio 1	1	4
2	Log area ratio 2	2	5
	Log area ratio 3	3	4
	Log area ratio 1	1	3
	Log area ratio 2	2	4
	Log area ratio 3	3	3
	Log area ratio 4	4	4
3	LPT lag	9,26,43,60	6		1
	block amplitude	12,29,46,63	4		with
	Log area ratio 2,5,6	2,5,6	3		parity
	LPT lag	9,26,43,60	5		check
	LPT lag	9,26,43,60	4
	LPT lag	9,26,43,60	3
	LPT lag	9,26,43,60	2
	block amplitude	12,29,46,63	3
	Log area ratio 1	1	2
	Log area ratio 4	4	3
	Log area ratio 7	7	2
4	LPT lag	9,26,43,60	1	…d48, d49
	Log area ratio 5,6	5,6	2	d50
	LPT gain	10,27,44,61	1
	LPT lag	9,26,43,60	0
	Grid position	11,28,45,62	1
	Log area ratio 1	1	1
	Log area ratio 2,3,8,4	2,3,8,4	2
	Log area ratio 5,7	5,7	1
	LPT gain	10,27,44,61	0
	block amplitude	12,29,46,63	2		1
	RPE pulses	13..25	2		without
	RPE pulses	30..42	2		parity
5	RPE pulses	47..59	2		check
	RPE pulses	64..76	2
	Grid position	11,28,45,62	0
	block amplitude	12,29,46,63	1
	RPE pulses	13..25	1
	RPE pulses	30..42	1
	RPE pulses	47..59	1
	RPE pulses	64..67	1	…d181
	RPE pulses	68..76	1	d182
	Log area ratio 1	1	0
	Log area ratio 2,3,6	2,3,6	1
	Log area ratio 7	7	0
	Log area ratio 8	8	1
	Log area ratio 8,3	8,3	0
6	Log area ratio 4	4	1		2
	Log area ratio 4,5	4,5	0
	block amplitude	12,29,46,63	0
	RPE pulses	13..25	0
	RPE pulses	30..42	0
	RPE pulses	47..59	0
	RPE pulses	64..76	0
	Log area ratio 2,6	2,6	0	…d259

Table 3a: Subjective importance of encoded bits for the half rate speech TCH for unvoiced speech frames (Parameter names and bit indices refer to 3GPP TS 46.020)

Parameter	Bit	Label	Class
name	index
R0	1	d0
LPC 3	7	d1
GSP 0‑1	2	d2
GSP 0‑2	2	d3
GSP 0‑3	2	d4
GSP 0‑4	2	d5
LPC 1	0	d6
LPC 2	5…1	d7…d11
LPC 3	6…1	d12…
Code 1‑2	0
Code 2‑2	6…0
Code 1‑3	6…0		1
Code 2‑3	6…3
LPC3	0		without
R0	0		parity
INT‑LPC	0		check
Code 1‑2	1…6
Code 2‑1	0…6
Code 1‑1	0…6
GSP 0‑4	0
GSP 0‑3	0
GSP 0‑2	0
GSP 0‑1	0
LPC 2	0
GSP 0‑4	1
GSP 0‑3	1
GSP 0‑2	1
GSP 0‑1	1
LPC 1	1…4	…d72
LPC 1	5	d73…
GSP 0‑4	3
GSP 0‑3	3
GSP 0‑2	3
GSP 0‑1	3
LPC2	6…8		1
GSP 0‑4	4
GSP 0‑3	4		with
GSP 0‑2	4		parity
GSP 0‑1	4		check
LPC 1	6…9
R0	2
LPC 1	10
R0	3,4
Mode	0,1	…d94
Code 2‑4	0…6	d95…
Code 1‑4	0…6		2
Code 2‑3	0…2	…d111

Table 3b: Subjective importance of encoded bits for the half rate speech TCH for voiced speech frames (Parameter names and bit indices refer to 3GPP TS 46.020)

Parameter name	Bit index	Label	Class	Parameter name	Bit index	Label	Class
LPC 1	2,1	d0, d1		LAG 3	3	d73…
LPC 2	6…4	d2…		LAG 2	3
GSP 0‑1	4			LAG 1	3,4		1
GSP 0‑2	4			LPC 2	7,8
GSP 0‑3	4			LPC 1	3…6		with
GSP 0‑4	4			R0	2		parity
GSP 0‑1	3			LAG 1	5…7		check
GSP 0‑2	3			LPC 1	7…10
GSP 0‑3	3			R0	3,4
GSP 0‑4	3			Mode	0,1	…d94
GSP 0‑1	2			Code 4	0…8	d95…	2
GSP 0‑2	2			Code 3	0…7	…d111
GSP 0‑3	2
GSP 0‑4	2
Code 1	8…0
Code 2	8…5
Code 2	2…0
Code 3	8
Code 2	4,3
GSP 0‑1	1
GSP 0‑2	1
GSP 0‑3	1
GSP 0‑4	1		1
GSP 0‑1	0
GSP 0‑2	0		without
GSP 0‑3	0		parity
GSP 0‑4	0		check
INT‑LPC	0
LPC 2	0
LPC 3	0
LAG 4	0
LPC 3	1
LPC 2	1
LAG 4	1
LAG 3	0
LAG 2	0
LAG 1	0
LAG 4	2
LAG 3	1
LAG 2	1
LAG 1	1
LPC 3	2…4
LPC 2	2
LPC 3	5,6
LPC 2	3
R0	0
LPC 3	7
LPC 1	0
LAG 4	3
LAG 3	2
LAG 2	2
LAG 1	2
R0	1	…d72

Table 4: Reordering and partitioning of a coded block of 228 bits into 4 sub‑blocks for TCH/HS

b=	0	1	b=	2	3
j=0	k=0	150	j=1	k=1	151
2	38	188	3	39	189
4	76	226	5	77	227
6	114	14	7	115	15
8	152	52	9	153	53
10	190	90	11	191	91
	18	128		19	129
	56	166		57	167
	94	204		95	205
	132	32		133	33
20	170	70	21	171	71
	208	108		209	109
	8	146		9	147
	46	184		47	185
	84	222		85	223
30	122	10	31	123	11
	160	48		161	49
	198	86		199	87
	28	124		29	125
	66	162		67	163
40	104	200	41	105	201
	142	30		143	31
	180	68		181	69
	218	106		219	107
	4	144		5	145
50	42	182	51	43	183
	80	220		81	221
	118	6		119	7
	156	44		157	45
	194	82		195	83
60	22	120	61	23	121
	60	158		61	159
	98	196		99	197
	136	24		137	25
	174	62		175	63
70	212	100	71	213	101
	12	138		13	139
	50	176		51	177
	88	214		89	215
	126	2		127	3
80	164	40	81	165	41
	202	78		203	79
	34	116		35	117
	72	154		73	155
	110	192		111	193
90	148	26	91	149	27
	186	64		187	65
	224	102		225	103
	16	140		17	141
	54	178		55	179
100	92	216	101	93	217
	130	20		131	21
	168	58		169	59
	206	96		207	97
	36	134		37	135
110	74	172	111	75	173
112	112	210	113	113	211

Table 5: Enhanced Full rate Source Encoder output parameters in order of occurrence and bit allocation within the speech frame of 244 bits/20 ms(Parameter names and bit indices refer to 3GPP TS 46.060)

Bits (MSB‑LSB)	Description
s1 ‑ s7	index of 1^st LSF submatrix
s8 ‑ s15	index of 2^nd LSF submatrix
s16 ‑ s23	index of 3^rd LSF submatrix
s24	sign of 3^rd LSF submatrix
s25 ‑ s32	index of 4^th LSF submatrix
s33 ‑ s38	index of 5^th LSF submatrix
subframe 1
s39 ‑ s47	adaptive codebook index
s48 ‑ s51	adaptive codebook gain
s52	sign information for 1^st and 6^th pulses
s53 ‑ s55	position of 1^st pulse
s56	sign information for 2^nd and 7^th pulses
s57 ‑ s59	position of 2^nd pulse
s60	sign information for 3^rd and 8^th pulses
s61 ‑ s63	position of 3^rd pulse
s64	sign information for 4^th and 9^th pulses
s65 ‑ s67	position of 4^th pulse
s68	sign information for 5^th and 10^th pulses
s69 ‑ s71	position of 5^th pulse
s72 ‑ s74	position of 6^th pulse
s75 ‑ s77	position of 7^th pulse
s78 ‑ s80	position of 8^th pulse
s81 ‑ s83	position of 9^th pulse
s84 ‑ s86	position of 10^th pulse
s87 ‑ s91	fixed codebook gain
subframe 2
s92 ‑ s97	adaptive codebook index (relative)
s98 ‑ s141	same description as s48 ‑ s91
subframe 3
s142 ‑ s194	same description as s39 ‑ s91
subframe 4
s195 ‑ s244	same description as s92 ‑ s141

Table 6: Ordering of enhanced full rate speech parameters for the channel encoder
(subjective importance of encoded bits) (after preliminary channel coding)
(Parameter names refers to 3GPP TS 46.060)

Description	Bits (Table 5)	Bit index within parameter
CLASS 1a: 50 bits (protected by 3 bit TCH‑FS CRC)
LTP‑LAG 1	w39 ‑ w44	b8, b7, b6, b5, b4, b3
LTP‑LAG 3	w146 ‑ w151	b8, b7, b6, b5, b4, b3
LTP‑LAG 2	w94 ‑ w95	b5, b4
LTP‑LAG 4	w201 ‑ w202	b5, b4
LTP‑GAIN 1	n48	b3
FCB‑GAIN 1	w89	b4
LTP‑GAIN 2	w100	b3
FCB‑GAIN 2	w141	b4
LTP‑LAG 1	w45	b2
LTP‑LAG 3	w152	b2
LTP‑LAG 2	w96	b3
LTP‑LAG 4	w203	b3
LPC 1	w2 ‑ w3	b5, b4
LPC 2	w8	b7
LPC 2	w10	b5
LPC 3	w18 ‑ w19	b6, b5
LPC 3	w24	b0
LTP‑LAG 1	w46 ‑ w47	b1, b0
LTP‑LAG 3	w153 ‑ w154	b1, b0
LTP‑LAG 2	w97	b2
LTP‑LAG 4	w204	b2
LPC 1	w4 ‑ w5	b3, b2
LPC 2	w11 ‑ w12	b4, b3
LPC 3	w16	b8
LPC 2	w9	b6
LPC 1	w6 ‑ w7	b1, b0
LPC 2	w13	b2
LPC 3	w17	b7
LPC 3	w20	b4
LTP‑LAG 2	w98	b1
LTP‑LAG 4	w205	b1
CLASS 1b: 132 bits (protected)
LPC 1	w1	b6
LPC 2	w14 ‑ w15	b1, b0
LPC 3	w21	b3
LPC 4	w25 ‑ w26	b7, b6
LPC 4	w28	b4
LTP‑GAIN 3	w155	b3
LTP‑GAIN 4	w207	b3
FCB‑GAIN 3	w196	b4
FCB‑GAIN 4	w248	b4
FCB‑GAIN 1	w90	b3
FCB‑GAIN 2	w142	b3
FCB‑GAIN 3	w197	b3
FCB‑GAIN 4	w249	b3
CRC‑POLY	w253 ‑ w260	b7, b6, b5, b4, b3, b2, b1, b0
LTP‑GAIN 1	w49	b2

(continued)

Table 6 (continued): Ordering of enhanced full rate speech parameters for the channel encoder
(subjective importance of encoded bits) (after preliminary channel coding)
(Parameter names refers to 3GPP TS 46.060)

Description	Bits (Table 5)	Bit index within parameter
LTP‑GAIN 2	w101	b2
LTP‑GAIN 3	w156	b2
LTP‑GAIN 4	w208	b2
LPC 3	w22 ‑ w23	b2, b1
LPC 4	w27	b5
LPC 4	w29	b3
PULSE 1_1	w52	b3
PULSE 1_2	w56	b3
PULSE 1_3	w60	b3
PULSE 1_4	w64	b3
PULSE 1_5	w68	b3
PULSE 2_1	w104	b3
PULSE 2_2	w108	b3
PULSE 2_3	w112	b3
PULSE 2_4	w116	b3
PULSE 2_5	w120	b3
PULSE 3_1	w159	b3
PULSE 3_2	w163	b3
PULSE 3_3	w167	b3
PULSE 3_4	w171	b3
PULSE 3_5	w175	b3
PULSE 4_1	w211	b3
PULSE 4_2	w215	b3
PULSE 4_3	w219	b3
PULSE 4_4	w223	b3
PULSE 4_5	w227	b3
FCB‑GAIN 1	w91	b2
FCB‑GAIN 2	w143	b2
FCB‑GAIN 3	w198	b2
FCB‑GAIN 4	w250	b2
LTP‑GAIN 1	w50	b1
LTP‑GAIN 2	w102	b1
LTP‑GAIN 3	w157	b1
LTP‑GAIN 4	w209	b1
LPC 4	w30 ‑ w32	b2, b1, b0
LPC 5	w33 ‑ w36	b5, b4, b3, b2
LTP‑LAG 2	w99	b0
LTP‑LAG 4	w206	b0
PULSE 1_1	w53	b2
PULSE 1_2	w57	b2

(continued)

Table 6 (continued): Ordering of enhanced full rate speech parameters for the channel encoder (subjective importance of encoded bits) (after preliminary channel coding)
(Parameter names refers to 3GPP TS 46.060)

Description	Bits (Table 5)	Bit index within parameter
PULSE 1_3	w61	b2
PULSE 1_4	w65	b2
PULSE 1_5	w69	b2
PULSE 2_1	w105	b2
PULSE 2_2	w109	b2
PULSE 2_3	w113	b2
PULSE 2_4	w117	b2
PULSE 2_5	w121	b2
PULSE 3_1	w160	b2
PULSE 3_2	w164	b2
PULSE 3_3	w168	b2
PULSE 3_4	w172	b2
PULSE 3_5	w176	b2
PULSE 4_1	w212	b2
PULSE 4_2	w216	b2
PULSE 4_3	w220	b2
PULSE 4_4	w224	b2
PULSE 4_5	w228	b2
PULSE 1_1	w54	b1
PULSE 1_2	w58	b1
PULSE 1_3	w62	b1
PULSE 1_4	w66	b1
PULSE 2_1	w106	b1
PULSE 2_2	w110	b1
PULSE 2_3	w114	b1
PULSE 2_4	w118	b1
PULSE 3_1	w161	b1
PULSE 3_2	w165	b1
PULSE 3_3	w169	b1
PULSE 3_4	w173	b1
PULSE 4_1	w213	b1
PULSE 4_3	w221	b1
PULSE 4_4	w225	b1
FCB‑GAIN 1	w92	b1
FCB‑GAIN 2	w144	b1
FCB‑GAIN 3	s199	b1
FCB‑GAIN 4	w251	b1
LTP‑GAIN 1	w51	b0
LTP‑GAIN 2	w103	b0
LTP‑GAIN 3	w158	b0
LTP‑GAIN 4	w210	b0
FCB‑GAIN 1	w93	b0
FCB‑GAIN 2	w145	b0
FCB‑GAIN 3	w200	b0
FCB‑GAIN 4	w252	b0
PULSE 1_1	w55	b0
PULSE 1_2	w59	b0
PULSE 1_3	w63	b0
PULSE 1_4	w67	b0
PULSE 2_1	w107	b0
PULSE 2_2	w111	b0
PULSE 2_3	w115	b0
PULSE 2_4	w119	b0
PULSE 3_1	w162	b0
PULSE 3_2	w166	b0
PULSE 3_3	w170	b0

(continued)

Table 6 (continued): Ordering of enhanced full rate speech parameters for the channel encoder (subjective importance of encoded bits) (after preliminary channel coding)
(Parameter names refers to 3GPP TS 46.060)

Description	Bits (Table 5)	Bit index within parameter
PULSE 3_4	w174	b0
PULSE 4_1	w214	b0
PULSE 4_3	w222	b0
PULSE 4_4	w226	b0
LPC 5	w37 ‑ w38	b1, b0
CLASS 2: 78 bits (unprotected)
PULSE 1_5	w70	b1
PULSE 1_5	w72 ‑ w73	b1, b1
PULSE 2_5	w122	b1
PULSE 2_5	w124 ‑ s125	b1, b1
PULSE 3_5	w177	b1
PULSE 3_5	w179 ‑ w180	b1, b1
PULSE 4_5	w229	b1
PULSE 4_5	w231 ‑ w232	b1, b1
PULSE 4_2	w217 ‑ w218	b1, b0
PULSE 1_5	w71	b0
PULSE 2_5	w123	b0
PULSE 3_5	w178	b0
PULSE 4_5	w230	b0
PULSE 1_6	w74	b2
PULSE 1_7	w77	b2
PULSE 1_8	w80	b2
PULSE 1_9	w83	b2
PULSE 1_10	w86	b2
PULSE 2_6	w126	b2
PULSE 2_7	w129	b2
PULSE 2_8	w132	b2
PULSE 2_9	w135	b2
PULSE 2_10	w138	b2
PULSE 3_6	w181	b2
PULSE 3_7	w184	b2
PULSE 3_8	w187	b2
PULSE 3_9	w190	b2
PULSE 3_10	w193	b2
PULSE 4_6	w233	b2
PULSE 4_7	w236	b2
PULSE 4_8	w239	b2
PULSE 4_9	w242	b2
PULSE 4_10	w245	b2
PULSE 1_6	w75	b1
PULSE 1_7	w78	b1
PULSE 1_8	w81	b1
PULSE 1_9	w84	b1
PULSE 1_10	w87	b1
PULSE 2_6	w127	b1
PULSE 2_7	w130	b1
PULSE 2_8	w133	b1
PULSE 2_9	w136	b1
PULSE 2_10	w139	b1
PULSE 3_6	w182	b1
PULSE 3_7	w185	b1
PULSE 3_8	w188	b1
PULSE 3_9	w191	b1
PULSE 3_10	w194	b1
PULSE 4_6	w234	b1
PULSE 4_7	w237	b1

(continued)

Table 6 (concluded): Ordering of enhanced full rate speech parameters for the channel encoder (subjective importance of encoded bits) (after preliminary channel coding)
(Parameter names refers to 3GPP TS 46.060)

Description	Bits (Table 5)	Bit index within parameter
PULSE 4_8	w240	b1
PULSE 4_9	w243	b1
PULSE 4_10	w246	b1
PULSE 1_6	w76	b0
PULSE 1_7	w79	b0
PULSE 1_8	w82	b0
PULSE 1_9	w85	b0
PULSE 1_10	w88	b0
PULSE 2_6	w128	b0
PULSE 2_7	w131	b0
PULSE 2_8	w134	b0
PULSE 2_9	w137	b0
PULSE 2_10	w140	b0
PULSE 3_6	w183	b0
PULSE 3_7	w186	b0
PULSE 3_8	w189	b0
PULSE 3_9	w192	b0
PULSE 3_10	w195	b0
PULSE 4_6	w235	b0
PULSE 4_7	w238	b0
PULSE 4_8	w241	b0
PULSE 4_9	w244	b0
PULSE 4_10	w247	b0

Table 7: Sorting of the speech encoded bits for TCH/AFS12.2

0	1	2	3	4	5	6	7	8	9
10	11	12	13	14	23	15	16	17	18
19	20	21	22	24	25	26	27	28	38
141	39	142	40	143	41	144	42	145	43
146	44	147	45	148	46	149	47	97	150
200	48	98	151	201	49	99	152	202	86
136	189	239	87	137	190	240	88	138	191
241	91	194	92	195	93	196	94	197	95
198	29	30	31	32	33	34	35	50	100
153	203	89	139	192	242	51	101	154	204
55	105	158	208	90	140	193	243	59	109
162	212	63	113	166	216	67	117	170	220
36	37	54	53	52	58	57	56	62	61
60	66	65	64	70	69	68	104	103	102
108	107	106	112	111	110	116	115	114	120
119	118	157	156	155	161	160	159	165	164
163	169	168	167	173	172	171	207	206	205
211	210	209	215	214	213	219	218	217	223
222	221	73	72	71	76	75	74	79	78
77	82	81	80	85	84	83	123	122	121
126	125	124	129	128	127	132	131	130	135
134	133	176	175	174	179	178	177	182	181
180	185	184	183	188	187	186	226	225	224
229	228	227	232	231	230	235	234	233	238
237	236	96	199

Table 8: Sorting of the speech encoded bits for TCH/AFS10.2

7	6	5	4	3	2	1	0	16	15
14	13	12	11	10	9	8	26	27	28
29	30	31	115	116	117	118	119	120	72
73	161	162	65	68	69	108	111	112	154
157	158	197	200	201	32	33	121	122	74
75	163	164	66	109	155	198	19	23	21
22	18	17	20	24	25	37	36	35	34
80	79	78	77	126	125	124	123	169	168
167	166	70	67	71	113	110	114	159	156
160	202	199	203	76	165	81	82	92	91
93	83	95	85	84	94	101	102	96	104
86	103	87	97	127	128	138	137	139	129
141	131	130	140	147	148	142	150	132	149
133	143	170	171	181	180	182	172	184	174
173	183	190	191	185	193	175	192	176	186
38	39	49	48	50	40	52	42	41	51
58	59	53	61	43	60	44	54	194	179
189	196	177	195	178	187	188	151	136	146
153	134	152	135	144	145	105	90	100	107
88	106	89	98	99	62	47	57	64	45
63	46	55	56

Table 9: Sorting of the speech encoded bits for TCH/AFS7.95 and TCH/AHS7.95

8	7	6	5	4	3	2	14	16	9
10	12	13	15	11	17	20	22	24	23
19	18	21	56	88	122	154	57	89	123
155	58	90	124	156	52	84	118	150	53
85	119	151	27	93	28	94	29	95	30
96	31	97	61	127	62	128	63	129	59
91	125	157	32	98	64	130	1	0	25
26	33	99	34	100	65	131	66	132	54
86	120	152	60	92	126	158	55	87	121
153	117	116	115	46	78	112	144	43	75
109	141	40	72	106	138	36	68	102	134
114	149	148	147	146	83	82	81	80	51
50	49	48	47	45	44	42	39	35	79
77	76	74	71	67	113	111	110	108	105
101	145	143	142	140	137	133	41	73	107
139	37	69	103	135	38	70	104	136

Table 10: Sorting of the speech encoded bits for TCH/AFS7.4 and TCH/AHS7.4

0	1	2	3	4	5	6	7	8	9
10	11	12	13	14	15	16	26	87	27
88	28	89	29	90	30	91	51	80	112
141	52	81	113	142	54	83	115	144	55
84	116	145	58	119	59	120	21	22	23
17	18	19	31	60	92	121	56	85	117
146	20	24	25	50	79	111	140	57	86
118	147	49	78	110	139	48	77	53	82
114	143	109	138	47	76	108	137	32	33
61	62	93	94	122	123	41	42	43	44
45	46	70	71	72	73	74	75	102	103
104	105	106	107	131	132	133	134	135	136
34	63	95	124	35	64	96	125	36	65
97	126	37	66	98	127	38	67	99	128
39	68	100	129	40	69	101	130

Table 11: Sorting of the speech encoded bits for TCH/AFS6.7 and TCH/AHS6.7

0	1	4	3	5	6	13	7	2	8
9	11	15	12	14	10	28	82	29	83
27	81	26	80	30	84	16	55	109	56
110	31	85	57	111	48	73	102	127	32
86	51	76	105	130	52	77	106	131	58
112	33	87	19	23	53	78	107	132	21
22	18	17	20	24	25	50	75	104	129
47	72	101	126	54	79	108	133	46	71
100	125	128	103	74	49	45	70	99	124
42	67	96	121	39	64	93	118	38	63
92	117	35	60	89	114	34	59	88	113
44	69	98	123	43	68	97	122	41	66
95	120	40	65	94	119	37	62	91	116
36	61	90	115

Table 12: Sorting of the speech encoded bits for TCH/AFS5.9 and TCH/AHS5.9

0	1	4	5	3	6	7	2	13	15
8	9	11	12	14	10	16	28	74	29
75	27	73	26	72	30	76	51	97	50
71	96	117	31	77	52	98	49	70	95
116	53	99	32	78	33	79	48	69	94
115	47	68	93	114	46	67	92	113	19
21	23	22	18	17	20	24	111	43	89
110	64	65	44	90	25	45	66	91	112
54	100	40	61	86	107	39	60	85	106
36	57	82	103	35	56	81	102	34	55
80	101	42	63	88	109	41	62	87	108
38	59	84	105	37	58	83	104

Table 13: Sorting of the speech encoded bits for TCH/AFS5.15 and TCH/AHS5.15

7	6	5	4	3	2	1	0	15	14
13	12	11	10	9	8	23	24	25	26
27	46	65	84	45	44	43	64	63	62
83	82	81	102	101	100	42	61	80	99
28	47	66	85	18	41	60	79	98	29
48	67	17	20	22	40	59	78	97	21
30	49	68	86	19	16	87	39	38	58
57	77	35	54	73	92	76	96	95	36
55	74	93	32	51	33	52	70	71	89
90	31	50	69	88	37	56	75	94	34
53	72	91

Table 14: Sorting of the speech encoded bits for TCH/AFS4.75 and TCH/AHS4.75

0	1	2	3	4	5	6	7	8	9
10	11	12	13	14	15	23	24	25	26
27	28	48	49	61	62	82	83	47	46
45	44	81	80	79	78	17	18	20	22
77	76	75	74	29	30	43	42	41	40
38	39	16	19	21	50	51	59	60	63
64	72	73	84	85	93	94	32	33	35
36	53	54	56	57	66	67	69	70	87
88	90	91	34	55	68	89	37	58	71
92	31	52	65	86

Table 15: Interleaving table for MCS5 and MCS6:

m\n	0	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15
0	0	463	890	1038	220	371	795	946	582	733	1160	63	490	641	277	428
1	852	1003	185	333	1223	120	547	698	1122	28	915	1066	242	390	817	968
2	610	761	1185	85	512	660	305	453	880	1031	204	355	782	1242	148	575
3	723	1150	50	474	625	1088	267	418	845	993	169	320	1207	113	537	688
4	1115	12	902	1050	232	383	807	958	594	745	1172	75	502	653	289	440
5	864	1015	197	345	1235	132	559	710	1134	40	927	1078	254	402	829	980
6	159	622	773	1197	97	524	672	1099	5	465	892	1043	216	367	794	942
7	587	735	1162	62	486	637	279	430	857	1005	181	332	1219	125	549	700
8	1127	24	914	1062	244	395	819	970	606	757	1184	87	514	665	301	452
9	876	1027	209	357	784	1247	144	571	722	1146	52	479	627	1090	266	414
10	841	992	171	322	1209	109	536	684	1111	17	904	1055	228	379	806	954
11	599	747	1174	74	498	649	291	442	869	1017	193	344	1231	137	561	712
12	1139	36	926	1074	256	407	831	982	158	618	769	1196	99	526	677	1101
13	7	458	894	1033	227	363	802	941	577	740	1152	70	485	645	284	420
14	859	998	189	328	1215	127	542	702	1117	35	922	1061	246	385	824	960
15	605	765	1180	92	504	667	309	448	887	1023	211	350	786	1237	155	567
16	730	1145	54	469	632	1080	274	413	849	988	176	312	1202	117	532	695
17	1107	19	906	1045	239	375	814	953	589	752	1164	82	497	657	296	432
18	871	1010	201	340	1227	139	554	714	1129	47	934	1073	258	397	836	972
19	166	617	777	1192	104	516	679	1094	9	460	899	1035	223	362	798	937
20	579	742	1157	66	481	644	286	425	861	1000	188	324	1214	129	544	707
21	1119	31	918	1057	251	387	826	965	601	764	1176	94	509	669	308	444
22	883	1022	213	352	791	1239	151	566	726	1141	59	471	634	1085	270	409
23	848	984	178	317	1204	116	528	691	1106	21	911	1047	235	374	810	949
24	591	754	1169	78	493	656	298	437	873	1012	200	336	1226	141	556	719
25	1131	43	930	1069	263	399	838	977	162	613	776	1188	106	521	681	1096
26	2	462	889	1040	219	370	797	945	584	732	1159	65	489	640	276	427
27	854	1002	184	335	1222	122	546	697	1124	27	917	1065	241	392	816	967
28	609	760	1187	84	511	662	304	455	879	1030	206	354	781	1244	147	574
29	725	1149	49	476	624	1087	269	417	844	995	168	319	1206	112	539	687
30	1114	14	901	1052	231	382	809	957	596	744	1171	77	501	652	288	439
31	866	1014	196	347	1234	134	558	709	1136	39	929	1077	253	404	828	979
32	161	621	772	1199	96	523	674	1098	4	467	891	1042	218	366	793	944
33	586	737	1161	61	488	636	281	429	856	1007	180	331	1218	124	551	699
34	1126	26	913	1064	243	394	821	969	608	756	1183	89	513	664	300	451
35	878	1026	208	359	783	1246	146	570	721	1148	51	478	629	1089	265	416
36	840	991	173	321	1211	108	535	686	1110	16	903	1054	230	378	805	956
37	598	749	1173	73	500	648	293	441	868	1019	192	343	1230	136	563	711
38	1138	38	925	1076	255	406	833	981	157	620	768	1195	101	525	676	1103
39	6	457	896	1032	226	365	801	940	576	739	1154	69	484	647	283	422
40	858	997	191	327	1217	126	541	704	1116	34	921	1060	248	384	823	962
41	604	767	1179	91	506	666	311	447	886	1025	210	349	788	1236	154	569
42	729	1144	56	468	631	1082	273	412	851	987	175	314	1201	119	531	694
43	1109	18	908	1044	238	377	813	952	588	751	1166	81	496	659	295	434
44	870	1009	203	339	1229	138	553	716	1128	46	933	1072	260	396	835	974
45	165	616	779	1191	103	518	678	1093	11	459	898	1037	222	361	800	936
46	581	741	1156	68	480	643	285	424	863	999	187	326	1213	131	543	706
47	1121	30	920	1056	250	389	825	964	600	763	1178	93	508	671	307	446
48	882	1021	215	351	790	1241	150	565	728	1140	58	473	633	1084	272	408
49	847	986	177	316	1203	115	530	690	1105	23	910	1049	234	373	812	948
50	593	753	1168	80	492	655	297	436	875	1011	199	338	1225	143	555	718
51	1133	42	932	1068	262	401	837	976	164	612	775	1190	105	520	683	1095
52	1	464	888	1039	221	369	796	947	583	734	1158	64	491	639	278	426
53	853	1004	183	334	1221	121	548	696	1123	29	916	1067	240	391	818	966
54	611	759	1186	86	510	661	303	454	881	1029	205	356	780	1243	149	573
55	724	1151	48	475	626	1086	268	419	843	994	170	318	1208	111	538	689
56	1113	13	900	1051	233	381	808	959	595	746	1170	76	503	651	290	438
57	865	1016	195	346	1233	133	560	708	1135	41	928	1079	252	403	830	978
58	160	623	771	1198	98	522	673	1100	3	466	893	1041	217	368	792	943
59	585	736	1163	60	487	638	280	431	855	1006	182	330	1220	123	550	701
60	1125	25	912	1063	245	393	820	971	607	758	1182	88	515	663	302	450
61	877	1028	207	358	785	1245	145	572	720	1147	53	477	628	1091	264	415
62	842	990	172	323	1210	110	534	685	1112	15	905	1053	229	380	804	955
63	597	748	1175	72	499	650	292	443	867	1018	194	342	1232	135	562	713
64	1137	37	924	1075	257	405	832	983	156	619	770	1194	100	527	675	1102
65	8	456	895	1034	225	364	803	939	578	738	1153	71	483	646	282	421
66	860	996	190	329	1216	128	540	703	1118	33	923	1059	247	386	822	961
67	603	766	1181	90	505	668	310	449	885	1024	212	348	787	1238	153	568
68	731	1143	55	470	630	1081	275	411	850	989	174	313	1200	118	533	693
69	1108	20	907	1046	237	376	815	951	590	750	1165	83	495	658	294	433
70	872	1008	202	341	1228	140	552	715	1130	45	935	1071	259	398	834	973
71	167	615	778	1193	102	517	680	1092	10	461	897	1036	224	360	799	938
72	580	743	1155	67	482	642	287	423	862	1001	186	325	1212	130	545	705
73	1120	32	919	1058	249	388	827	963	602	762	1177	95	507	670	306	445
74	884	1020	214	353	789	1240	152	564	727	1142	57	472	635	1083	271	410
75	846	985	179	315	1205	114	529	692	1104	22	909	1048	236	372	811	950
76	592	755	1167	79	494	654	299	435	874	1013	198	337	1224	142	557	717
77	1132	44	931	1070	261	400	839	975	163	614	774	1189	107	519	682	1097

This table describes the interleaving applied to MCS-5 and MCS-6

di(j’) = dc(k’) for k’ = 0,1,…,1223

k’ = 16*m + n

The value of j’ for a given k is in the cell located in the row m and in the column n.

Table 16: Sorting of the speech encoded bits for
TCH/WFS12.65, O-TCH/WFS12.65 and O-TCH/WHS12.65

0	4	6	93	143	196	246	7	5	3
47	48	49	50	51	150	151	152	153	154
94	144	197	247	99	149	202	252	96	146
199	249	97	147	200	250	100	203	98	148
201	251	95	145	198	248	52	2	1	101
204	155	19	21	12	17	18	20	16	25
13	10	14	24	23	22	26	8	15	53
156	31	102	205	9	33	11	103	206	54
157	28	27	104	207	34	35	29	46	32
30	55	158	37	36	39	38	40	105	208
41	42	43	44	45	56	106	159	209	57
66	75	84	107	116	125	134	160	169	178
187	210	219	228	237	58	108	161	211	62
112	165	215	67	117	170	220	71	121	174
224	76	126	179	229	80	130	183	233	85
135	188	238	89	139	192	242	59	109	162
212	63	113	166	216	68	118	171	221	72
122	175	225	77	127	180	230	81	131	184
234	86	136	189	239	90	140	193	243	60
110	163	213	64	114	167	217	69	119	172
222	73	123	176	226	78	128	181	231	82
132	185	235	87	137	190	240	91	141	194
244	61	111	164	214	65	115	168	218	70
120	173	223	74	124	177	227	79	129	182
232	83	133	186	236	88	138	191	241	92
142	195	245

Table 17: Sorting of the speech encoded bits for
TCH/WFS8.85, O-TCH/WFS8.85 and O-TCH/WHS8.85

0	4	6	7	5	3	47	48	49	112
113	114	75	106	140	171	80	111	145	176
77	108	142	173	78	109	143	174	79	110
144	175	76	107	141	172	50	115	51	2
1	81	116	146	19	21	12	17	18	20
16	25	13	10	14	24	23	22	26	8
15	52	117	31	82	147	9	33	11	83
148	53	118	28	27	84	149	34	35	29
46	32	30	54	119	37	36	39	38	40
85	150	41	42	43	44	45	55	60	65
70	86	91	96	101	120	125	130	135	151
156	161	166	56	87	121	152	61	92	126
157	66	97	131	162	71	102	136	167	57
88	122	153	62	93	127	158	67	98	132
163	72	103	137	168	58	89	123	154	63
94	128	159	68	99	133	164	73	104	138
169	59	90	124	155	64	95	129	160	69
100	134	165	74	105	139	170

Table 18: Sorting of the speech encoded bits for
TCH/WFS6.60, O-TCH/WFS6.60 and O-TCH/WHS6.60

0	5	6	7	61	84	107	130	62	85
8	4	37	38	39	40	58	81	104	127
60	83	106	129	108	131	128	41	42	80
126	1	3	57	103	82	105	59	2	63
109	110	86	19	22	23	64	87	18	20
21	17	13	88	43	89	65	111	14	24
25	26	27	28	15	16	44	90	66	112
9	11	10	12	67	113	29	30	31	32
34	33	35	36	45	51	68	74	91	97
114	120	46	69	92	115	52	75	98	121
47	70	93	116	53	76	99	122	48	71
94	117	54	77	100	123	49	72	95	118
55	78	101	124	50	73	96	119	56	79
102	125

Table 19: Sorting of the speech encoded bits for O-TCH/WFS15.85

0	4	6	109	175	244	310	7	5	3
47	48	49	50	51	182	183	184	185	186
110	176	245	311	115	181	250	316	112	178
247	313	113	179	248	314	116	251	114	180
249	315	111	177	246	312	52	2	1	117
252	187	19	21	12	17	18	20	16	25
13	10	14	24	23	22	26	8	15	53
188	31	118	253	9	33	11	119	254	54
189	28	27	120	255	34	35	29	46	32
30	55	190	37	36	39	38	40	121	256
41	42	43	44	45	56	122	191	257	63
129	198	264	76	142	211	277	89	155	224
290	102	168	237	303	57	123	192	258	70
136	205	271	83	149	218	284	96	162	231
297	62	128	197	263	75	141	210	276	88
154	223	289	101	167	236	302	58	124	193
259	71	137	206	272	84	150	219	285	97
163	232	298	59	125	194	260	64	130	199
265	67	133	202	268	72	138	207	273	77
143	212	278	80	146	215	281	85	151	220
286	90	156	225	291	93	159	228	294	98
164	233	299	103	169	238	304	106	172	241
307	60	126	195	261	65	131	200	266	68
134	203	269	73	139	208	274	78	144	213
279	81	147	216	282	86	152	221	287	91
157	226	292	94	160	229	295	99	165	234
300	104	170	239	305	107	173	242	308	61
127	196	262	66	132	201	267	69	135	204
270	74	140	209	275	79	145	214	280	82
148	217	283	87	153	222	288	92	158	227
293	95	161	230	296	100	166	235	301	105
171	240	306	108	174	243	309

Table 20: Sorting of the speech encoded bits for O-TCH/WFS23.85

0	4	6	145	251	360	466	7	5	3
47	48	49	50	51	262	263	264	265	266
146	252	361	467	151	257	366	472	148	254
363	469	149	255	364	470	156	371	150	256
365	471	147	253	362	468	52	2	1	157
372	267	19	21	12	17	18	20	16	25
13	10	14	24	23	22	26	8	15	53
268	31	152	153	154	155	258	259	260	261
367	368	369	370	473	474	475	476	158	373
9	33	11	159	374	54	269	28	27	160
375	34	35	29	46	32	30	55	270	37
36	39	38	40	161	376	41	42	43	44
45	56	162	271	377	185	196	174	79	57
411	90	163	305	389	378	283	68	187	400
294	198	307	92	70	186	413	176	59	91
58	412	380	165	81	164	272	175	80	401
402	390	391	197	306	69	274	273	379	285
296	284	295	188	60	199	82	93	71	381
414	177	166	456	308	403	98	76	286	61
275	386	135	423	171	102	392	204	87	182
65	94	208	124	72	350	193	313	393	408
445	309	230	419	297	241	113	219	189	128
317	415	116	328	200	339	382	434	178	64
404	83	437	223	134	192	444	112	439	139
287	167	448	212	459	222	240	233	97	302
397	234	170	276	181	455	229	438	101	280
138	127	298	117	355	203	426	95	140	244
422	407	213	129	291	354	105	245	449	86
316	460	207	353	190	107	224	427	342	327
106	321	118	123	73	211	433	218	396	385
450	62	383	349	75	461	172	331	168	246
428	332	312	201	343	416	279	63	195	333
96	173	235	288	320	191	418	84	205	100
67	394	179	344	206	338	277	405	388	395
301	315	421	183	293	322	310	384	410	194
184	89	99	103	236	78	88	77	136	399
169	202	406	125	180	440	74	387	242	231
66	281	290	141	314	424	114	85	130	356
119	299	304	398	237	409	311	417	292	457
435	225	214	209	462	108	282	446	220	351
345	142	247	329	420	463	318	300	120	109
289	451	278	441	340	303	430	215	323	226
334	131	442	248	335	357	429	324	143	346
452	238	110	216	464	249	121	431	358	227
132	453	336	425	325	347	126	104	137	458
352	243	447	115	341	210	330	221	232	436
465	319	359	111	454	228	217	122	443	348
239	250	133	144	432	337	326