G.8.4 Test Time for V2V and V2X Performance Requirements with Probability of Miss-Detection

36.521-13GPPEvolved Universal Terrestrial Radio Access (E-UTRA)Part 1: Conformance testingRadio transmission and receptionRelease 17TSUser Equipment (UE) conformance specification

The probability of miss-detection requirements are tested in terms of Probability of PSCCH miss-detection. The maximum Probability of PSCCH miss-detection for all V2V and V2X tests is 1%. The tests are performed in a variety of Static, AWGN and fading propagation models. For each test in Table G.8.4-1 the Test Time in Subframes is to be applied to the test method described in section G.8.2.

Table G.8.4-1: Minimum Test Time for V2V and V2X Performance Requirements with Probability of Miss-Detection

Test

No

Performance Scenario

Minimum Number of Active Subframes (MNAS)

Minimum Number of Subframes (MNS)(Note 1)

Test Time in Subframes
(Note 2)

14.3
Test 1

CC.8

(10 MHz, 2 PRB, QPSK 1/3)

(1×2 Low)

EVA 1500

1 PSCCH Transmission

15 000
(MNAS not simulated, but conservatively estimated based on existing fading scenarios with close but smaller Doppler spread)

15 000

15 000

14.8
Test 1
Test 2

CC.8

(20 MHz, 2 PRB, QPSK 1/3)

(1×2)

Static Channel

1 PSCCH Transmission

30 000
(MNAS not simulated, but conservatively estimated based on existing fading scenarios)

30 000

30 000

Note 1: The Minimum Number of Subframes is the total minimum number of subframes (active and inactive) required for this demodulation scenario and is derived from the MNAS, according to the resource pool configuration defined for each test case, [5] section 6.3.8 and to [10] section 14.1.5.

Note 2: The Test Time is based on the Minimum Number of Subframes (MNS) according to the formula:
Test Time in Subframes = 1000*CEIL(MNS/1000).

Annex H (normative):
Uplink Physical Channels