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PMI CPMAI_v7 Exam - Topic 1 Question 2 Discussion

Actual exam question for PMI's CPMAI_v7 exam
Question #: 2
Topic #: 1
[All CPMAI_v7 Questions]

You want to create a model to figure out if a customer would be likely to repurchase a certain item. The project owner doesn't want you to create anything too complicated, and you have a limited data set to work with.

Which algorithm is the best choice given these constraints?

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Suggested Answer: B

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Lashanda
2 months ago
Neural Networks? Really? That seems overkill for a small dataset.
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Theron
2 months ago
I agree, Naive Bayes is a solid choice here.
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Vicente
3 months ago
Ensemble models might be too complex for this situation.
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Yuriko
3 months ago
Generative AI? I didn't think that was suitable for this kind of task!
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Alease
3 months ago
Naive Bayes is simple and works well with limited data!
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Mollie
3 months ago
Neural networks seem like overkill here, right? I feel like we should stick with something simpler.
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Kindra
4 months ago
I practiced a similar question, and I think Naive Bayes was mentioned as a good option for limited data.
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Marjory
4 months ago
I’m not entirely sure, but I think ensemble models might be too complex for this situation.
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Xenia
4 months ago
I remember we discussed that simpler models are often better for smaller datasets, so maybe Naive Bayes could be a good fit?
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Son
4 months ago
Okay, let me think this through step-by-step. The key factors are simplicity and limited data, so I'm going to go with Naive Bayes. It's a straightforward algorithm that can work well even with a small dataset. I feel pretty confident about this choice.
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Teri
4 months ago
Neural networks could be an interesting option here, but given the constraints, I'm not sure if that's the best approach. Generative AI is intriguing, but I don't think it's the right fit for this type of problem. I'm leaning towards Naive Bayes as the safest bet.
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Lashunda
5 months ago
I'm a bit torn on this one. Naive Bayes could work, but with a limited data set, I'm wondering if an ensemble model might be a better choice to improve the predictive power. I'll have to think this through carefully.
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Dominga
5 months ago
Hmm, this seems like a pretty straightforward customer repurchase prediction problem. I'd probably go with Naive Bayes since it's a simple but effective algorithm, and the project owner wants something not too complicated.
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Alyce
7 months ago
Naive Bayes is the clear winner. Unless the project owner is a mad scientist who wants to unleash a generative AI model on this poor customer data. Yikes!
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Justine
6 months ago
Yeah, let's keep it simple and effective. No need for anything too complex.
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Kanisha
7 months ago
Naive Bayes is definitely the way to go with limited data.
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Jennifer
8 months ago
I would go with Ensemble models. They can handle different types of data and provide more accurate predictions.
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Percy
8 months ago
I'm feeling Naive Bayes too. It's like the easy-bake oven of machine learning algorithms. Perfect for this project's constraints.
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Janessa
7 months ago
C) Neural Networks
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Launa
7 months ago
B) Naive Bayes
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Rodrigo
7 months ago
A) Ensemble models
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Lashaunda
8 months ago
I agree with My. Naive Bayes is simple and works well with limited data.
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Ammie
8 months ago
Naive Bayes is the way to go here. It's simple, fast, and works well with limited data. No need for all that complicated neural network stuff.
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Leanora
8 months ago
D) Generative AI
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Alease
8 months ago
C) Neural Networks
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Erick
8 months ago
B) Naive Bayes
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Wenona
8 months ago
A) Ensemble models
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My
8 months ago
I think Naive Bayes would be the best choice.
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