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

10 months ago

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

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Gracia

10 months ago

Wait, I thought packets were the standard for this?

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Fausto

10 months ago

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

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Herman

11 months ago

I think B might be the better choice for packets.

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Dona

11 months ago

Definitely A, symmetry is faster for large data!

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Clay

11 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

11 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

11 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

12 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

12 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

12 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

12 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

12 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

12 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

12 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

1 year 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

1 year ago

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

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Mitzie

1 year ago

B) packets might be the way to go.

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Nelida

1 year ago

A) symmetry, hands down.

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Tamesha

1 year 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

1 year ago

Using symmetry encryption will definitely improve encryption and decryption speed.

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Margurite

1 year ago

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

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Stacey

1 year ago

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

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Rolande

1 year 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

1 year ago

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

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Vallie

1 year ago

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

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Lavonda

1 year ago

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

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Stephaine

1 year ago

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

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Rosina

1 year 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

1 year ago

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

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Edward

1 year ago

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

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Zona

1 year ago

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

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Eura

1 year ago

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

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Lacey

1 year ago

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

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Iluminada

1 year ago

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

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Ling

1 year ago

But what about using packets encryption for better security?

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Tyisha

1 year ago

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

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Edwin

1 year ago

I think we should choose the symmetry encryption algorithm.

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