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Huawei H35-560 Exam - Topic 1 Question 43 Discussion

Which of the following is the correct description of the following LTE neighboring cell planning? (Multiple choice)
B) For dense urban areas and ordinary urban areas, the distance between stations is relatively close (0.3-1.0kilometer),Neighborhood should do more
A) Geographically directly relatedNeighboring cells are generally used as neighboring cells
C) becauseforLTEofThe neighboring area does not exist in orderI,CanProblem, and the detection cycle is very short, so you only need to consider not missing neighbors, not wantSort neighboring cells strictly according to signal strength
D) ANRThe function can completely replace the initial networkNeighbourhood planning

Huawei H35-560 Exam - Topic 1 Question 43 Discussion

Actual exam question for Huawei's H35-560 exam
Question #: 43
Topic #: 1
[All H35-560 Questions]

Which of the following is the correct description of the following LTE neighboring cell planning? (Multiple choice)

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Suggested Answer: B

by Lashaunda at Jul 07, 2023, 04:20 PM

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Lemuel
10 months ago
Wait, can ANR really do all that? Sounds too good to be true!
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Ronald
10 months ago
D is a bold claim, not sure ANR can fully replace planning.
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Raul
11 months ago
C seems a bit off, we can't ignore signal strength completely.
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Carey
11 months ago
I think B is spot on for urban areas.
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Shawnna
11 months ago
A is definitely correct, neighboring cells are key!
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Willard
11 months ago
I’m a bit hesitant about "D." I know ANR is important, but can it really replace all initial planning? That seems too strong of a statement.
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Anjelica
11 months ago
"C" seems familiar, especially the part about not needing to sort strictly by signal strength. I feel like we practiced a question similar to this.
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Devorah
12 months ago
I think "B" makes sense for urban areas, but I can't recall the exact distance range we discussed in class.
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Jaleesa
12 months ago
I remember studying about neighboring cell planning, but I'm not sure if "A" is the right choice. It sounds a bit vague.
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Tiera
12 months ago
I'm pretty confident about this one. The key steps are creating correspondence requests and storing the data, which options B and C cover.
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Lashawn
12 months ago
I'm not entirely sure, but I remember something about wild variables in class. Maybe option A is the correct answer?
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Denise
12 months ago
I'm a little confused by this question. The options don't seem to directly match the information provided in the prompt. I'll have to re-read it a few times and see if I can figure out the right approach to solving this.
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Deandrea
1 year ago
Alright folks, no need to get too 'neighborly' here. Just focus on the technical aspects and you'll do great!
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Curt
1 year ago
A is way too simple. Geographically related neighboring cells? Come on, we need a more comprehensive answer than that for an LTE exam question.
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Celestina
1 year ago
D) ANRThe function can completely replace the initial networkNeighbourhood planning
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Brice
1 year ago
C) becauseforLTEofThe neighboring area does not exist in orderI,CanProblem, and the detection cycle is very short, so you only need to consider not missing neighbors, not wantSort neighboring cells strictly according to signal strength
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Kattie
1 year ago
B) For dense urban areas and ordinary urban areas, the distance between stations is relatively close (0.3-1.0kilometer),Neighborhood should do more
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Millie
1 year ago
D is the funniest answer. Expecting the ANR function to completely replace the need for initial network neighborhood planning is just hilarious!
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Madonna
1 year ago
C) becauseforLTEofThe neighboring area does not exist in orderI,CanProblem, and the detection cycle is very short, so you only need to consider not missing neighbors, not wantSort neighboring cells strictly according to signal strength
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Theola
1 year ago
B) For dense urban areas and ordinary urban areas, the distance between stations is relatively close (0.3-1.0kilometer),Neighborhood should do more
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Stephaine
1 year ago
A) Geographically directly relatedNeighboring cells are generally used as neighboring cells
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Bettina
1 year ago
C seems to make the most sense. The LTE neighboring area detection cycle is short, so we only need to focus on not missing neighbors, not strictly sorting them by signal strength.
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Elouise
1 year ago
Yeah, I think C is the most important factor to consider in this case.
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Bong
1 year ago
I'm not sure about that. I think C is more relevant for LTE neighboring cell planning.
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Eloisa
1 year ago
But what about ANR function in option D? Do you think it can replace initial network neighborhood planning?
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Rolf
1 year ago
I agree, C is the correct description. We just need to focus on not missing neighbors.
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Jamie
1 year ago
I see your point. C does make more sense in that context.
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Lenna
1 year ago
That's true, but I think C is more relevant to the short detection cycle of LTE neighboring cells.
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Chantell
1 year ago
But what about option D? ANR function can completely replace the initial network neighborhood planning.
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Celeste
1 year ago
I agree, C does seem like the most logical choice.
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Rory
1 year ago
But C makes more sense because of the short detection cycle.
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Carlee
1 year ago
I disagree, I believe it's A.
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Rory
1 year ago
I think the correct description is C.
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Colton
1 year ago
I think B is the correct answer. The distance between stations in dense urban and ordinary urban areas is relatively close, so more neighboring cells should be considered.
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Daniel
1 year ago
I agree, in dense urban areas, having more neighboring cells at a closer distance is important for LTE network planning.
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Lucia
1 year ago
I think B is the correct answer. The distance between stations in dense urban and ordinary urban areas is relatively close, so more neighboring cells should be considered.
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Idella
1 year ago
But C makes more sense because of the short detection cycle.
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Janae
1 year ago
I disagree, I believe it's A.
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Idella
1 year ago
I think the correct description is C.
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