Test Report (emea-speedsut)

This graph represents the number of scenario per seconds generated by th= e test system. For each step, the generation was based on a Poisson.

	Pre-registration	Step 1=	Step 2	Step 3	Step 4	Step 5	Step 6=	Step 7	Step 8
Requested load	80	100	110	120	130	140	150	170	180
Effective Load	79.90=	100.31	109.81	120.17	129.80	140.25=	149.98	160.54	170.36	121.04
Ratio ims_rereg %	0= .00	14.98	14.93	14.92	14.98	15.06	14.99	15.08	15.01	15.02
Ratio ims_reg %	100= .00	2.46	2.49	2.50	2.53	2.53	2.50	2.48	2.53
Ratio ims_uac %	0.0= 0	50.03	50.05	50.10	49.84	49.95	50.07	49.95	50.02	49.87
Ratio ims_dereg %	0= .00	2.45	2.55	2.50	2.50	2.49	2.52	2.56	2.55
Ratio ims_msgc %	0.= 00	30.08	29.98	29.98	30.15	29.97	29.96	29.94	29.93	30.03
CPU emea-speedsut	57= .38	21.13	25.59	30.91	36.72	45.27	55.23	68.87	83.92	70.12
Memory emea-speedsut	2751.02	2625.02	2598.06	2571.24	2545.02	2516.41	2486.75	2456.05	2423.33	2358.= 80
SIPP CPU emea-speed02	0.34	0.80	0.97	1.11	1.20	1.29	1.30	1.44	1.53	1.46
SIPP CPU emea-speed04	0.32	2.08	0.92	2.41	1.17	2.63	1.28	2.75	1.51	2.81
SIPP MEM emea-speed02	1667.86	1631.49	1616.80	1601.85	1588.12	1574.16	1560.80	1547.94	1535.12	1493= .75
SIPP MEM emea-speed04	1308.73	1277.50	1267.65	1259.48	1251.89	1242.91	1234.56	1226.25	1217.06	1179= .91
IHS ims_rereg %	0.0= 0	0.00	0.00	0.00	0.00	0.00	= 0.00	0.00	0.00	28.94
IHS ims_reg %	0.00<= /td>	0.00	0.00	0.00	0.00	0.00	0.= 00	0.00	0.00	28.80
IHS ims_uac %	0.00<= /td>	0.01	0.00	0.00	0.00	0.00	0.= 00	0.00	0.65	37.99
IHS ims_dereg %	0.0= 0	0.00	0.00	0.00	0.00	0.00	= 0.00	0.00	0.00	33.03
IHS ims_msgc %	0.00=	0.00	0.00	0.00	0.00	0.00	0= .00	0.00	0.00	18.54
global IHS %	0.00	0.00	0.00	0.00	0.00	0.00	0.00=	0.00	0.33	30.43

		Effective Load
Step	Requested Load	Mean	Variance	Stand= ard Deviation	Minimum	Maximum	Percentile 50	Percentile 90	Percentile 95	Percentile 99
Pre-reg	80	7= 9.90	10.32	3.21	0.00	84.00	80.0	82.0	83.0	84.0
1	100	100.31	101.64	10.08	65.00	137.00	100.0	113.0	= 117.0	126.0
2	110	109.81	109.26	10.45	78.00	149.00	110.0	123.0	= 128.0	135.0
3	120	120.17	122.69	11.08	85.00	155.00	120.0	134.0	= 138.0	147.0
4	130	129.80	131.77	11.48	91.00	169.00	129.0	145.0	= 149.0	158.0
5	140	140.25	136.48	11.68	102.00	188.00	140.0	155.0	168.0
6	150	149.98	151.11	12.29	98.00	186.00	150.0	166.0	= 171.0	178.0
7	160	160.54	160.23	12.66	122.00	206.00	161.0	177.0	191.0
8	170	170.36	175.70	13.26	126.00	214.00	170.0	188.0	204.0
9	180	121.04	2567.32	50.67	43.00	219.00	95.0	188.0	= 195.0	207.0

1.1 Scenario= Attempts Per Second (Mean per second)

1.2 Scenario Attempt= s Per Second Histogram

This graph shows the Histogram of the SAPS for each step. It should foll= ow Poisson distributions.

1.3 Scenario Attem= pts Per Second Probability

This graph shows the probability distribution of the SAPS for each step.= It shows the probability that the effective load is higher than x.

2 SUT CPU %

		CPU emea-speedsut
Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum
Pre-reg	80	5= 7.38	5.41	0.00	70.25
1	100	21.13	3.87	36.71
2	110	25.59	4.19	45.32
3	120	30.91	4.79	54.66
4	130	36.72	5.78	64.57
5	140	45.27	6.75	79.65
6	150	55.23	7.66	84.96
7	160	68.87	9.32	98.75
8	170	83.92	9.55	100.00
9	180	70.12	30.03	100.00

2.1 SUT CPU % over time

3 SUT Available Memory [Mb] <= a href=3D"#REF_TABLE" class=3D"b_index"> 3D"Index"

This graph represents the Available memory on the system under test, in = MBytes (SUT).

		Memory emea-speedsut
Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum
Pre-reg	80	2= 751.02	29.80	2700.46	2828.32
1	100	2625.02	15.57	2611.61	2676.46
2	110	2598.06	6.30	2611.61
3	120	2571.24	7.44	2587.18
4	130	2545.02	7.44	2559.78
5	140	2516.41	7.71	2532.87
6	150	2486.75	8.13	2503.61
7	160	2456.05	8.61	2473.10
8	170	2423.33	9.32	2442.23
9	180	2358.80	22.80	2341.32	2408.00

3.1 SUT Available Memory [Mb] ove= r time

4 ALL SIPP CPU %

		SIPP CPU emea-speed02	SIPP CPU emea-speed04
Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum	Mean	Standard Deviation	Maximum
Pre-reg	80	0= .34	0.41	0.00	8.70	0.32	0.38	8.59
1	100	0.80	0.31	= 0.00	2.05	2.08	5.65	0.00	29.80
2	110	0.97	0.32	= 0.26	2.83	0.92	0.29	0.25	2.28
3	120	1.11	0.34	= 0.26	2.56	2.41	5.76	0.25	29.95
4	130	1.20	0.34	= 0.26	2.56	1.17	0.32	0.51	2.78
5	140	1.29	0.33	= 0.51	3.32	2.63	5.77	0.25	31.14
6	150	1.30	0.35	= 0.51	2.83	1.28	0.33	0.51	2.77
7	160	1.44	0.37	= 0.52	3.07	2.75	5.76	0.51	27.85
8	170	1.53	0.37	= 0.52	3.34	1.51	0.34	0.76	2.78
9	180	1.46	0.93	= 0.00	5.40	2.81	6.03	0.00	32.74

4.1 ALL SIPP CPU % over time

5 ALL SIPP Free Memory [Mb] =

		SIPP MEM emea-speed02	SIPP MEM emea-speed04
Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum	Mean	Standard Deviation	Maximum
Pre-reg	80	1= 667.86	3.22	1662.30	1673.46	1308.73	1305.26	1312.08
1	100	1631.49	5.07	1648.35	1277.50	3.93	1272.53	1291.38
2	110	1616.80	4.02	1624.67	1267.65	2.33	1264.22	1272.53
3	120	1601.85	4.08	1610.16	1259.48	2.08	1256.53	1264.34
4	130	1588.12	3.77	1595.53	1251.89	2.52	1247.85	1256.66
5	140	1574.16	3.64	1582.01	1242.91	2.24	1239.42	1247.85
6	150	1560.80	3.49	1568.37	1234.56	2.35	1231.11	1239.54
7	160	1547.94	3.92	1555.35	1226.25	2.56	1222.18	1231.61
8	170	1535.12	3.66	1541.84	1217.06	2.36	1213.26	1222.18
9	180	1493.75	31.83	1423.17	1529.19	1179.91	28.84	1121.99	1213.38

5.1 ALL SIPP Free Memory [Mb] o= ver time

6 Inadequately han= dled scenario Percentage

This graph represents the percentage of inadequately handled scenarios.<= /p> 0.00

Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum
		IHS per use_case %
Pre-reg	80	0= .00	0.00	0.00	0.00
1	100	0.00	0.05	= 0.00	1.16
2	110	0.00	0.04	= 0.00	1.01
3	120	0.00	0.03	= 0.00	0.92
4	130	0.00	0.02	= 0.00	0.72
5	140	0.00	0.04	= 0.00	0.76
6	150	0.00	0.02	= 0.00	0.75
7	160	0.00	0.02	= 0.00	0.62
8	170	0.32	0.92	= 0.00	7.19
9	180	20.54	27.03	81.77

6.1 Inadequately h= andled scenario Percentage over time 3D"Index"

<= /a>

7 Scenario retrans= missions - all scenarios

This graph represents the number of retransmissions per seconds for all = scenarios.

		RETRANSMIT
Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum	Percentile 50	Percentile 90	Percentile 95	Percentile 99
Pre-reg	80	0= .00	0.00	0.00	0.00	0.0	0.0	= 0.0	0.0
1	100	0.00	0.03	= 0.00	1.00	0.0	0.0	0.0	0.0
2	110	0.00	0.06	= 0.00	1.00	0.0	0.0	0.0	0.0
3	120	0.01	0.07	= 0.00	1.00	0.0	0.0	0.0	0.0
4	130	0.01	0.09	= 0.00	1.00	0.0	0.0	0.0	0.0
5	140	0.00	0.06	= 0.00	1.00	0.0	0.0	0.0	0.0
6	150	0.01	0.08	= 0.00	1.00	0.0	0.0	0.0	0.0
7	160	0.01	0.07	= 0.00	1.00	0.0	0.0	0.0	0.0
8	170	0.00	0.06	= 0.00	1.00	0.0	0.0	0.0	0.0
9	180	295.48	406.96	0.00	1273.00	0.0	0.0	0.0	0.0

7.1 Scenario retra= nsmissions - all scenarios over time 3D"Index"

<= /a>

7 Calling

7.1 PX_TRT-SES1: Session Se= tup Time

This graph represents the delay between the Caller sending INVITE and ca= llee receiving ACK.

		PX_TRT-SES1 (msec)
Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum	Percentile 50	Percentile 90	Percentile 95	Percentile 99
1	100	5.80	2.08	= 2.89	35.07	5.0	8.5	10.2	13.4
2	110	6.70	2.42	= 3.50	36.27	5.8	10.0	11.7	15.3
3	120	7.90	2.90	= 4.19	42.27	6.9	11.8	13.7	18.0
4	130	9.36	3.49	= 4.50	48.13	8.3	13.9	16.1	21.5
5	140	11.84	4.65	92.67	10.6	17.5	20.5	28.1
6	150	15.40	6.77	128.09	13.6	23.2	27.8	40.1
7	160	22.84	13.22	211.33	19.0	37.4	47.0	74.4
8	170	54.70	62.44	15572.27	38.1	112.6	147.1	24= 8.6
9	180	2318.62	5063.37	0.00	62824.49	173.1	814.6	1375.5	2466.4

7.1.1 PX_TRT-SES1: Session Setup Time(Calling use case) (Mean per = second)

7.1.2 PX_TRT-SES1: Session Setup Time(Calling use case) Histogram

7.2 PX_TRT= -SES2: Session Initiation transversal time

This graph represents the delay between the caller sending INVITE and th= e callee receiving INVITE.

		PX_TRT-SES2 (msec)
Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum	Percentile 50	Percentile 90	Percentile 95	Percentile 99
1	100	2.23	1.21	= 0.99	19.45	1.7	3.5	4.7	7.3
2	110	2.57	1.39	= 1.13	23.14	2.0	4.1	5.5	8.2
3	120	3.01	1.64	= 1.25	36.85	2.4	4.9	6.4	9.4
4	130	3.55	1.94	= 1.49	42.45	2.8	5.8	7.4	11.0
5	140	4.45	2.51	= 1.59	85.26	3.6	7.3	9.1	13.9
6	150	5.70	3.49	= 1.97	81.28	4.6	9.5	11.9	19.2
7	160	8.26	6.23	= 2.28	186.18	6.2	14.7	19.5	33.7
8	170	20.41	98.30	19813.83	11.1	43.8	61.4	106.= 7
9	180	931.97	2528.73	3.12	34831.67	198.7	183.9	381.0

7.2.1 PX_TRT-SES2: Session Initiation transversal= time(Calling use case) (Mean per second)

7.2.2 PX_TRT-SES2: Session Initiation transversal time(Ca= lling use case) Histogram

7.3 PX_TRT-REL1:= Delay Between BYE and 200 OK

This graph represents the delay between the first BYE and the correspond= ing 200 OK.

<= /tr> = 4.41<= td>4.94=

Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum	Percentile 50	Percentile 90	Percentile 95	Percentile 99
		PX_TRT-REL1 (msec)
1	100	3.52	1.68	= 1.75	25.37	2.8	5.4	7.2	10.5
2	110	4.07	1.99	= 1.97	32.04	3.3	6.4	8.4	11.8
3	120	4.83	2.43	= 2.32	50.91	3.9	7.8	9.9	14.0
4	130	5.78	2.94	= 2.59	57.43	4.7	9.5	11.7	16.7
5	140	7.43	4.05	= 3.03	91.96	6.1	12.1	14.9	22.2
6	150	9.73	5.91	= 3.65	174.59	7.9	16.0	20.2	32.8
7	160	15.35	13.24	300.98	11.2	27.8	38.2	71.8
8	170	88.49	625.99	31505.43	21.6	110.3	187.1	9= 56.9
9	180	1805.81	4311.83	2.53	31538.91	425.2	401.8	1195.6	2401.0

7.3.1 PX_TRT-REL1: Delay Between BYE and 200 OK (Callin= g use case) (Mean per second) =

7.3.2 PX_TRT-REL1: Delay Between BYE and 200 OK (Calling use ca= se) Histogram

7.4 PX_TRT-SES3: INV= ITE and re-INVITE cost

This graph represents the caller sending first INVITE and callee receivi= ng second ACK.

7.5 ims_uac : Scenario r= etransmissions

This graph represents the number of retransmissions per seconds for this= scenario.

		RETRANSMIT
Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum	Percentile 50	Percentile 90	Percentile 95	Percentile 99
Pre-reg	80	0= .00	0.00	0.00	0.00	0.0	0.0	= 0.0	0.0
1	100	0.00	0.02	= 0.00	1.00	0.0	0.0	0.0	0.0
2	110	0.00	0.05	= 0.00	1.00	0.0	0.0	0.0	0.0
3	120	0.01	0.07	= 0.00	1.00	0.0	0.0	0.0	0.0
4	130	0.00	0.06	= 0.00	1.00	0.0	0.0	0.0	0.0
5	140	0.00	0.06	= 0.00	1.00	0.0	0.0	0.0	0.0
6	150	0.00	0.04	= 0.00	1.00	0.0	0.0	0.0	0.0
7	160	0.00	0.05	= 0.00	1.00	0.0	0.0	0.0	0.0
8	170	0.00	0.03	= 0.00	1.00	0.0	0.0	0.0	0.0
9	180	182.85	250.31	0.00	814.00	0.0	0.0	0.0	0.0

7.5.1 Scenario r= etransmissions(ims_uac scenario) over time

7.6 ims_= uac : Inadequately handled scenario Percentage

This graph represents the percentage of Inadequately handled scenarios f= or the uac.

		IHS per scenario %
Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum
Pre-reg	80	0= .00	0.00	0.00	0.00
1	100	0.01	0.10	= 0.00	2.04
2	110	0.00	0.08	= 0.00	1.96
3	120	0.00	0.07	= 0.00	1.85
4	130	0.00	0.04	= 0.00	1.79
5	140	0.00	0.09	= 0.00	1.67
6	150	0.00	0.04	= 0.00	1.45
7	160	0.00	0.04	= 0.00	1.22
8	170	0.64	1.85	= 0.00	14.29
9	180	25.64	32.64	92.13

= 7.6.1 Inadequately handled scenario Percentage(ims_uac scenario) over time<= /a>

8 Messaging

8.1 PX_TRT-PMM1: Mes= sage Transmission time

		PX_TRT-PMM1 (msec)
Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum	Percentile 50	Percentile 90	Percentile 95	Percentile 99
1	100	1.42	0.86	= 0.73	19.00	1.1	2.1	2.8	5.2
2	110	1.55	1.04	= 0.72	21.32	1.1	2.4	3.3	6.1
3	120	1.73	1.26	= 0.74	26.03	1.2	2.9	3.9	7.2
4	130	1.98	1.64	= 0.73	38.57	1.3	3.4	4.8	9.2
5	140	2.46	2.48	= 0.73	76.22	1.6	4.5	6.6	12.8
6	150	3.33	4.12	= 0.71	107.17	2.0	6.9	10.4	20.1
7	160	6.23	9.35	= 0.72	177.76	2.9	14.8	22.8	47.1
8	170	24.04	37.62	413.06	8.5	68.7	101.4	181.9<= /td>
9	180	1378.02	3752.64	0.77	31539.42	360.1	389.2	798.3

= 8.1.1 PX_TRT-PMM1: Message Transmission time(Messaging use case) over time<= /a>

8.1.2 PX_TRT-PMM1: Message Transmission time(Messaging us= e case) (Mean per second)

8.1.3 PX_TRT-PMM1: Message Transmission time(Messaging use case) = Histogram

8.2 PX_= TRT-PMM2: Message Transmission time (error case)

9 Registration

9.1 PX_= TRT-REG1: Time of the first register transaction

This graph represents the time of the first register transaction in the = registration use_cases i.e. the time between the REGISTER and the 401 Unaut= orized for all scenarios in the Registration use_case.

		PX_TRT-REG1 (msec)
Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum	Percentile 50	Percentile 90	Percentile 95	Percentile 99
Pre-reg	80	1= 0.56	4.73	3.40	97.34	9.5	15.4	27.9
1	100	4.68	3.40	= 2.31	53.40	3.6	7.2	9.6	16.0
2	110	5.30	4.17	= 2.40	83.12	3.9	8.8	11.7	21.1
3	120	6.03	5.17	= 2.20	81.26	4.3	10.3	13.9	28.2
4	130	7.07	6.35	= 2.44	81.83	4.9	13.1	17.5	40.8
5	140	8.75	8.22	= 2.33	94.64	5.8	16.9	24.1	44.9
6	150	11.27	11.04	100.91	7.2	23.7	34.8	55.8
7	160	16.85	15.95	166.65	11.0	39.0	50.0	74.6
8	170	33.82	30.44	290.75	24.4	74.2	93.6	138.3<= /td>
9	180	1147.15	3281.54	2.39	28297.11	202.9	218.4	774.9

9.1.1 PX_TRT-REG1: Time of the first regi= ster transaction(Registration use case) (Mean per second)

9.1.2 PX_TRT-REG1: Time of the first register tra= nsaction(Registration use case) Histogram

9.2 PX= _TRT-REG2: Time of the second register transaction

This graph represents the time of the second register transaction in the= registration use_cases, i.e. the delay between the second REGISTER and the= 200 OK.

		PX_TRT-REG2 (msec)
Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum	Percentile 50	Percentile 90	Percentile 95	Percentile 99
Pre-reg	80	3= 1.92	25.53	4.07	112.22	21.2	83.1	89.1	95.3
1	100	16.00	3.86	68.46	15.5	19.0	21.0	29.1
2	110	17.06	4.87	103.39	16.2	20.8	23.5	36.8
3	120	18.18	5.90	100.93	17.0	22.9	26.5	45.4
4	130	19.65	7.17	95.78	18.0	26.0	31.0	55.3
5	140	21.80	9.26	166.02	19.4	30.5	38.1	60.7
6	150	24.96	11.99	159.44	21.4	38.5	50.8	72.1<= /td>
7	160	31.50	16.87	189.36	26.0	55.1	65.9	91.3<= /td>
8	170	50.46	31.69	274.12	41.1	93.4	113.1	155.= 6
9	180	451.75	1791.88	4.28	28265.84	69.0	708.4	171.0

9.2.1 PX_TRT-REG2: Time of the second re= gister transaction(Registration use case) (Mean per second)

9.2.2 PX_TRT-REG2: Time of the second register t= ransaction(Registration use case) Histogram

9.3 ims_rer= eg : Time of the re-register transaction

This graph represents the time of re-register transaction i.e. the time = between the REGISTER and the 200 OK.

		PX_TRT-REG4 (msec)
Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum	Percentile 50	Percentile 90	Percentile 95	Percentile 99
1	100	19.29	5.51	104.35	17.7	24.1	27.4	41.8
2	110	20.64	7.22	176.33	18.6	26.8	31.4	57.3
3	120	22.21	8.53	115.30	19.6	30.0	36.1	61.7
4	130	24.17	10.45	163.89	20.8	34.5	43.9	68.3<= /td>
5	140	27.59	13.70	225.16	23.1	43.3	57.7	81.7<= /td>
6	150	32.99	18.58	260.01	26.7	58.2	72.1	102.4=
7	160	44.88	27.65	276.97	35.3	83.6	100.8	137.= 2
8	170	79.11	55.95	505.54	64.1	153.3	187.3	270= .3
9	180	1332.48	3771.37	13.21	48139.03	121.3	243.9	803.1	2054.4

9.3.1 Time of the re-register transaction(ims_rereg scenario= ) (Mean per second)

9.3.2 Time of the re-register transaction(ims_rereg scenario) Histog= ram

3D"PX_TRT-REG4Registrationims_rereg-hist.png

9.4 ims_reg : Scenario r= etransmissions

This graph represents the number of retransmissions per seconds for this= scenario.

0.00

Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum	Percentile 50	Percentile 90	Percentile 95	Percentile 99
		RETRANSMIT
Pre-reg	80	0= .00	0.00	0.00	0.00	0.0	0.0	= 0.0	0.0
1	100	0.00	0.00	= 0.00	0.00	0.0	0.0	0.0	0.0
2	110	0.00	0.00	= 0.00	0.00	0.0	0.0	0.0	0.0
3	120	0.00	0.00	= 0.00	0.00	0.0	0.0	0.0	0.0
4	130	0.00	0.00	= 0.00	0.00	0.0	0.0	0.0	0.0
5	140	0.00	0.00	= 0.00	0.00	0.0	0.0	0.0	0.0
6	150	0.00	0.00	= 0.00	0.00	0.0	0.0	0.0	0.0
7	160	0.00	0.00	= 0.00	0.00	0.0	0.0	0.0	0.0
8	170	0.00	0.00	= 0.00	0.00	0.0	0.0	0.0	0.0
9	180	8.14	11.40	43.00	0.0	0.0	0.0	0.0

9.4.1 Scenario r= etransmissions(ims_reg scenario) over time

3D"RETRANSMITRegistrationims_reg-normaltime.png

9.5 ims_reg : PX_TRT-REG1: Time of the first register transaction

This graph represents the time of the first register transaction i.e. th= e time between the REGISTER and the 401 Unautorized.

<= td>18.1<= /tr> <= /tr> <= /tr> 2.542.622.65<= td>1977.1

Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum	Percentile 50	Percentile 90	Percentile 95	Percentile 99
		PX_TRT-REG1 (msec)
Pre-reg	80	1= 0.56	4.73	3.40	97.34	9.5	15.4	27.9
1	100	4.75	3.41	= 2.31	49.50	3.7	7.2	9.7	16.4
2	110	5.39	4.11	= 2.40	83.12	4.1	8.9	11.7	20.8
3	120	6.21	5.12	= 2.42	67.23	4.5	10.8	14.5	27.8
4	130	7.30	6.55	= 2.44	81.83	5.0	13.3	17.8	42.1
5	140	8.99	8.42	= 2.43	89.62	6.0	17.6	24.8	45.3
6	150	11.49	11.20	100.91	7.4	23.8	34.7	56.6
7	160	17.07	16.16	166.65	11.2	39.0	50.4	76.4
8	170	34.24	30.74	290.75	24.6	74.8	94.5	136.3<= /td>
9	180	1160.69	3294.06	2.52	28263.52	208.9	219.7	775.3

9.5.1 PX_TRT-REG1: Time of the first register = transaction(ims_reg scenario) (Mean per second)

3D"PX_TRT-REG1Registrationims_reg-meantime.png

9.5.2 PX_TRT-REG1: Time of the first register transact= ion(ims_reg scenario) Histogram

9.6 ims_dereg : PX_TRT-REG1: Time of the first register transaction

This graph represents the time of the first register transaction i.e. th= e time between the REGISTER and the 401 Unautorized.

<= /tr> <= /tr> 2.372.392.49<= td>1977.2

Step	Requested Load	Mean	Standard Deviation	Minimum	Maximum	Percentile 50	Percentile 90	Percentile 95	Percentile 99
		PX_TRT-REG1 (msec)
1	100	4.61	3.39	= 2.41	53.40	3.5	7.3	9.6	15.6
2	110	5.21	4.22	= 2.45	71.45	3.8	8.7	11.6	21.7
3	120	5.85	5.22	= 2.20	81.26	4.2	9.9	13.4	28.6
4	130	6.84	6.14	= 2.47	80.83	4.7	12.8	17.1	38.2
5	140	8.50	8.00	= 2.33	94.64	5.7	16.3	23.2	44.1
6	150	11.05	10.88	92.39	7.0	23.5	34.9	54.5
7	160	16.64	15.75	165.41	10.8	38.9	49.8	73.4
8	170	33.41	30.15	289.42	24.1	73.5	92.3	139.5<= /td>
9	180	1133.93	3269.29	2.39	28297.11	195.4	215.5	774.3

9.6.1 PX_TRT-REG1: Time of the first registe= r transaction(ims_dereg scenario) (Mean per second)

3D"PX_TRT-REG1Registrationims_dereg-meantime.png

9.6.2 PX_TRT-REG1: Time of the first register transa= ction(ims_dereg scenario) Histogram

3D"PX_TRT-REG1Registrationims_dereg-hist.png

Appendix =

The test was run based on the following IMS benchmark parameters.

Parameter Name	Parameter Value	Paramete= r Info
StepTransientTime	30	Time after the start of a step for which data is ignored (in seconds)
PreRegistrationMaxIHS	1	Accepted percentage of inadequately handled registrations during the pre-re= gistration preamble phase (in percent)
StirTime	5	Duration of stir phase where the SUT is gradually brought up to a load of '= InitialSAPS' (in minutes)
StirMaxIHS	1	Accepted percentage of inadequately handled scenarios during the stir phase= (in percent)
StepTime	30	Duration of each step of the run (in minutes)
InitialSAPS	100	Load applied to the SUT at the first step (in SAPS)
StepNumber	99	Number of steps in the actual benchmark phase of the run
StirSteps	3	Number of steps in the stir phase
PreRegistrationRate	80	Registration rate during the pre-registration preamble phase (in registrati= on attempts per seonds)
SAPSIncreaseAmount	10	System load increase at each step (in SAPS)
ExecuteSIPp	0	Whether or not (0/1) the SIPp instances should be started by the manager. I= f enabled, the SIPp instances run in the background and their output cannot= be viewed. If disabled, the SIPp instances must be started manually.
ManagerIP	192.168.1.75	IP Address of the Manager
RingTimeDistr	exponential	Random distribution of the ringing time (poisson/exponential)
RegistrationExpire	1000000	Registration timeout that emulated users will request (in seconds)
PMMDataSize	140	Average length of page-mode messages (in bytes)
HoldTimeDistr	exponential	Random distribution of the call hold time (poisson/exponential)
PMMDataSizeDistr	uniform	Random distribution of the length of page-mode messages (uniform)
HoldTime	120	Average call hold time (in seconds)
RingTime	5	Average ringing time (in seconds)
PublicIdentityFormat	subs%06d	Format used to generate public identity of users. The %d parameter gets rep= laced by the index of the subscriber.
PrivateIdentityFormat	usim%06d	Format used to generate private identity of users. The %d parameter gets re= placed by the index of the subscriber.
TotalProvisionedSubscribers	80000	Total number of provisionned subscribers
UserDomain	open-ims.test	Primary domain to which provisionned users belong
UserRealm	open-ims.test	Primary domain to which provisionned users belong (for authentication purpo= se)
PercentRoamingSubscribers	0
PercentRegisteredSubscribers	80	Percentage of subscribers who will be pre-registered during the preamble ph= ase (in percent)
UserPasswordFormat	abcdefgh	Format used to generate passwords identity of users. If present, a %d param= eter gets replaced by the index of the subscriber.

The following information is also available for the test

Parameter Name	Parameter Value	Paramete= r Info
rand_seed	1186143650	Value used to initialize the random number generators
prep_offset	2000	Time (ms) for scenario preparation (user reservation, etc.) prior to a= ctual execution
highest_measured_time_offset	906	Highest time offset observed at startup between any test system and th= e manager (microseconds)

System	Command Line
TS1	./sipp -id 1 -i 192.168.1.76 -user_inf ./ims_users_1.in= f -rmctrl 192.168.1.75:5000 192.168.1.69:4060 -trace_err -trace_cpumem -tra= ce_scen -trace_retrans -bg
TS2	./sipp -id 2 -i 192.168.1.77 -user_inf ./ims_users_2.in= f -rmctrl 192.168.1.75:5000 192.168.1.69:4060 -trace_err -trace_cpumem -tra= ce_scen -trace_retrans -bg
TS3	./sipp -id 3 -i 192.168.1.78 -user_inf ./ims_users_3.in= f -rmctrl 192.168.1.75:5000 192.168.1.69:4060 -trace_err -trace_cpumem -tra= ce_scen -trace_retrans -bg
TS4	./sipp -id 4 -i 192.168.1.79 -user_inf ./ims_users_4.in= f -rmctrl 192.168.1.75:5000 192.168.1.69:4060 -trace_err -trace_cpumem -tra= ce_scen -trace_retrans -bg
TS5	./sipp -id 5 -i 192.168.1.91 -user_inf ./ims_users_5.in= f -rmctrl 192.168.1.75:5000 192.168.1.69:4060 -trace_err -trace_cpumem -tra= ce_scen -trace_retrans -bg
TS6	./sipp -id 6 -i 192.168.1.92 -user_inf ./ims_users_6.in= f -rmctrl 192.168.1.75:5000 192.168.1.69:4060 -trace_err -trace_cpumem -tra= ce_scen -trace_retrans -bg
TS7	./sipp -id 7 -i 192.168.1.93 -user_inf ./ims_users_7.in= f -rmctrl 192.168.1.75:5000 192.168.1.69:4060 -trace_err -trace_cpumem -tra= ce_scen -trace_retrans -bg
TS8	./sipp -id 8 -i 192.168.1.94 -user_inf ./ims_users_8.in= f -rmctrl 192.168.1.75:5000 192.168.1.69:4060 -trace_err -trace_cpumem -tra= ce_scen -trace_retrans -bg
Manager	../manager manager.xml
SUT 1	./cpum 192.168.1.75

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Test Report (emea-speedsut)

Summary

3 SUT Available Memory [Mb] <= a href=3D"#REF_TABLE" class=3D"b_index">

5 ALL SIPP Free Memory [Mb] =

7 Calling =

Appendix =