CWNP CWDP-305 Exam - Topic 3 Question 12 Discussion

Actual exam question for CWNP's CWDP-305 exam

Question #: 12
Topic #: 3

[All CWDP-305 Questions]

Left to its simplest form, what method does a location algorithm use to determine location within a WLAN coverage area?

Response:

AInverse cube law

BFSPL

CRF fingerprinting

D802.11 clause 16

Show Suggested Answer

Suggested Answer: B

by Lawrence at Nov 22, 2025, 11:39 AM

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Zana

1 month ago

C) RF fingerprinting is definitely the best choice for accuracy.

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Brynn

1 month ago

D) 802.11 clause 16? I don't think that's a location method.

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Nathan

2 months ago

A) Inverse cube law sounds familiar, but not sure it's right.

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Solange

2 months ago

I agree, C) RF fingerprinting is the way to go.

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Jestine

2 months ago

I think it's C) RF fingerprinting. Seems most accurate.

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Josue

2 months ago

802.11 clause 16 is just about standards, not location.

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Dorethea

2 months ago

Wait, is that really the simplest method? Sounds complicated!

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Norah

2 months ago

Agree, RF fingerprinting is the way to go.

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Toshia

3 months ago

I thought it was the inverse cube law?

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Lavera

3 months ago

It's definitely RF fingerprinting!

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Weldon

3 months ago

C) RF fingerprinting, because it's like using your phone to play hide-and-seek with the Wi-Fi signals.

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Doretha

4 months ago

A) Inverse cube law, because sometimes the simplest solution is the best, like a good old-fashioned cube.

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Janna

4 months ago

D) 802.11 clause 16, because if it's in the standard, it must be the answer!

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Alex

4 months ago

B) FSPL, because who doesn't love a good free-space path loss equation, am I right?

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Irene

4 months ago

FSPL sounds familiar too, but I’m not confident if it’s the right answer for determining location specifically.

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Wynell

4 months ago

I’m leaning towards option D, 802.11 clause 16, since it deals with WLAN standards, but I could be mixing it up with something else.

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Talia

4 months ago

I feel like the inverse cube law was mentioned in a practice question, but I can't recall if it applies here.

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Karon

5 months ago

Hmm, 802.11 clause 16 sounds like it could be related to the location mechanisms, but I'm not sure if that's considered the "simplest form." I'll have to think this through carefully.

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Hollis

5 months ago

I'm a bit confused on the wording here. Is it asking for the simplest underlying method, or the most common/popular location algorithm? I want to make sure I understand the question before answering.

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Nickolas

5 months ago

I'm pretty confident this is asking about the basic path loss model used in WLAN location. I think the answer is B) FSPL, or free-space path loss.

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Barb

5 months ago

I think I remember something about RF fingerprinting being used for location, but I'm not entirely sure if it's the simplest method.

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Filiberto

5 months ago

C) RF fingerprinting is the way to go, it's like a digital treasure hunt for your location!

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Janey

6 months ago

I feel like B) FSPL is more about signal loss than location.

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Rosendo

6 months ago

Okay, let me see... I know RF fingerprinting is a common technique, but I'm not sure if that's considered the "simplest form." I'll have to review my notes on the other options.

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