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Huawei Exam H35-560 Topic 6 Question 72 Discussion

Actual exam question for Huawei's H35-560 exam
Question #: 72
Topic #: 6
[All H35-560 Questions]

For the following LTE neighborhood planning, which description is correct? (Multiple choice)

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Suggested Answer: A, B, C

by Johana at Sep 15, 2024, 06:17 PM

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Shawnee
2 months ago
I agree with B. The LTE neighboring area planning is streamlined compared to previous generations.
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Barney
3 months ago
Haha, C is a funny one. ANR can't completely replace careful planning, that's just wishful thinking!
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Charlene
30 days ago
Haha, C is a funny one. ANR can't completely replace careful planning, that's just wishful thinking!
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Felix
1 months ago
C) ANR function can completely replace the neighboring area planning of the initial network
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Ressie
2 months ago
B) Because there is no sequence problem in the neighboring area of LTE, and the detection period is very short, it is only necessary to consider not missing the neighboring cells without needing to sort the neighboring cells strictly according to the signal strength.
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Boris
2 months ago
A) The directly adjacent cell geographically is generally used as a neighboring area. For dense urban areas and ordinary urban areas, due to the relatively short distance between stations (0.3~1.0 km), neighboring areas should do more
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Buffy
3 months ago
B is the correct answer. The short detection period and lack of sequence issues mean prioritizing signal strength isn't as crucial.
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Jutta
2 months ago
C) ANR function can completely replace the neighboring area planning of the initial network
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Laurel
2 months ago
B) Because there is no sequence problem in the neighboring area of LTE, and the detection period is very short, it is only necessary to consider not missing the neighboring cells without needing to sort the neighboring cells strictly according to the signal strength.
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Juan
2 months ago
A) The directly adjacent cell geographically is generally used as a neighboring area. For dense urban areas and ordinary urban areas, due to the relatively short distance between stations (0.3~1.0 km), neighboring areas should do more
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Sheridan
3 months ago
But A makes more sense because it mentions the distance between stations.
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Lovetta
3 months ago
I disagree, I believe the correct description is B.
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Colton
3 months ago
Option A seems accurate to me. The proximity of cells in dense urban areas requires more consideration for neighboring areas.
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Lottie
2 months ago
Yes, it's crucial to consider the short distance between stations in those areas.
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Stephaine
3 months ago
I agree, in dense urban areas the proximity of cells is important for neighboring areas.
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Sheridan
3 months ago
I think the correct description is A.
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