Huawei H12-711_V4.0 Exam - Topic 11 Question 40 Discussion

Actual exam question for Huawei's H12-711_V4.0 exam

Question #: 40
Topic #: 11

We should choose the encryption algorithm according to our own use characteristics. When we need to encrypt a large amount of data, it is recommended to use the ____ encryption algorithm to improve the encryption and decryption speed.[fill in the blank]*

Asymmetry

Bpackets

Show Suggested Answer

Suggested Answer: A

by Bong at Aug 04, 2024, 04:18 AM

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Nikita

3 months ago

Not sure about A, I feel like it depends on the context.

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Gracia

3 months ago

Wait, I thought packets were the standard for this?

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Fausto

3 months ago

A is the way to go, no doubt about it!

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Herman

4 months ago

I think B might be the better choice for packets.

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Dona

4 months ago

Definitely A, symmetry is faster for large data!

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Clay

4 months ago

I'm a bit confused; I thought both terms could apply in some scenarios, but I lean towards "asymmetry" for speed.

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Melda

4 months ago

I feel like "asymmetry" is the right choice here, but I also remember something about the efficiency of symmetric algorithms for bulk data.

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Annmarie

4 months ago

I recall practicing a question like this, and I believe "packets" was mentioned in a different context, so it can't be that.

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Ora

5 months ago

I think the answer might be "asymmetry" because I remember it being faster for large data, but I'm not entirely sure.

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Meaghan

5 months ago

Wait, I'm confused. Isn't symmetric encryption the one with a single shared key? I thought that was slower than asymmetric for large data. Let me re-read this carefully.

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Brittani

5 months ago

Okay, I've got this. The question is asking about encryption speed for large data, so the answer must be symmetric encryption. That's the one that's optimized for high-throughput.

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Myrtie

5 months ago

Hmm, I'm a bit unsure about this one. I know symmetric encryption is faster, but I can't remember if that's the term they're looking for. I'll have to think it through carefully.

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Devora

5 months ago

This seems pretty straightforward. I think the answer is asymmetry, since symmetric encryption is generally faster for large data volumes.

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Diane

5 months ago

Symmetric encryption, right? I remember learning that in class. The key is to focus on the specific details of the question - it's asking about speed for large data volumes.

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Viki

5 months ago

I've seen this type of question before. I'm pretty confident that the correct answers are B and D. Time to put my knowledge to the test!

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Valentine

10 months ago

A) symmetry, hands down. Unless you're trying to encrypt your data using carrier pigeons, in which case B) packets might be the way to go.

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Lavonda

8 months ago

A) Yeah, symmetry is definitely faster for large amounts of data.

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Mitzie

9 months ago

B) packets might be the way to go.

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Nelida

9 months ago

A) symmetry, hands down.

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Tamesha

10 months ago

Definitely A) symmetry. I mean, who wants to encrypt their data at a snail's pace? Symmetry is the way to go for speed and efficiency.

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Thersa

8 months ago

Using symmetry encryption will definitely improve encryption and decryption speed.

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Margurite

8 months ago

Symmetry encryption algorithm is the best choice for large amounts of data.

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Stacey

8 months ago

I agree, symmetry is definitely the way to go for speed.

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Rolande

10 months ago

B) packets? What does that even mean? I'm pretty sure the answer is A) symmetry. That's the way to go for large data encryption.

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Paulina

9 months ago

B) Oh, I see. Thanks for clarifying that.

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Vallie

9 months ago

A) Yes, symmetry encryption algorithm is recommended for encrypting large amounts of data.

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Lavonda

10 months ago

B) packets are like small units of data that are sent over a network.

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Stephaine

10 months ago

A) symmetry is the way to go for large data encryption.

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Rosina

11 months ago

Hmm, I think the answer is A) symmetry. Symmetric encryption algorithms are generally faster than asymmetric ones, especially for large data sets.

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Jarvis

9 months ago

In the end, it's important to prioritize security while also considering performance.

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Edward

9 months ago

That's true, it's all about choosing the right algorithm for the specific use case.

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Zona

9 months ago

But don't forget that asymmetric encryption has its own advantages too.

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Eura

10 months ago

Yes, using a symmetric encryption algorithm would definitely improve speed for encrypting and decrypting large amounts of data.

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Lacey

10 months ago

I agree, symmetric encryption is definitely faster for large data sets.

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Iluminada

10 months ago

I agree, symmetric encryption is definitely faster for large data sets.

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Ling

11 months ago

But what about using packets encryption for better security?

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Tyisha

11 months ago

I agree with Edwin, symmetry encryption is faster for large amounts of data.

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Edwin

11 months ago

I think we should choose the symmetry encryption algorithm.

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