Ericsson Certified Associate - Radio Network Optimization : ECP-383

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Ericsson Certified Associate - Radio Network Optimization Sample Questions:

1. Review the exhibit.

Using a radio performance monitoring tool, you fetch counters CI and C2 and calculate KPI K for the four
15-minute ROPs in an hour. The values obtained for the CI and C2 counters and for KPI K are shown In the exhibit.
In this scenario, what is the hourly value of KPI K?

A) The value obtained for KPI K is 94%.
B) The value obtained for KPI K is 97%.
C) The value obtained for KPI K is 95%.
D) The value obtained for KPI K is 96%.

2. What are two correct characteristics of TDD and FDD LTE systems? (Choose two.)

A) TDD LTE systems use guard period intervals after uplink transmissions.
B) TDD LTE systems require paired spectrum to separate uplink and downlink transmissions.
C) TDD LTE systems use guard period intervals after downlink transmissions.
D) FDD LTE systems require paired spectrum to separate uplink and downlink transmissions.

3. A customer is deploying VoLTE and complains about high voice drop rates and voice quality degradation at the cell edge in most LTE cells in the area. The network has a dense WCDMA coverage on the 700 MHz band and patchy LTE coverage on the 2100 MHz band.
Which two features would you activate to solve this problem? (Choose two.)

A) SRVCC Handover to UTRAN
B) TTI Bundling
C) 256 QAM DL
D) DRX

4. An operator receives customer complaints from an indoor location. The Issues result from a bad neighbor plan in a single RAT and frequency network.
Which two optimization processes would you use to resolve the problem? (Choose two.)

A) PM counter based neighbor optimization
B) call trace based neighbor optimization
C) prediction based neighbor optimization
D) drive test based neighbor optimization

5. Which multiple access technique is used In LTE radio DL?

A) Orthogonal Frequency Division Multiple Access (OFDMA)
B) Single Carrier Frequency Division Multiple Access (SC-FDMA)
C) Code Division Multiple Access (CDMA)
D) Time Division Multiple Access (TDMA)

Solutions: