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  • [Q56-Q70] 100% Passing Guarantee – Brilliant Databricks-Certified-Professional-Data-Scientist Exam Questions PDF [Nov-2022]

[Q56-Q70] 100% Passing Guarantee – Brilliant Databricks-Certified-Professional-Data-Scientist Exam Questions PDF [Nov-2022]

Posted on November 11, 2022 By freedumps No Comments on [Q56-Q70] 100% Passing Guarantee – Brilliant Databricks-Certified-Professional-Data-Scientist Exam Questions PDF [Nov-2022]
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100% Passing Guarantee – Brilliant Databricks-Certified-Professional-Data-Scientist Exam Questions PDF [Nov-2022]

Databricks-Certified-Professional-Data-Scientist Dumps 2022 – NewDatabricks Databricks-Certified-Professional-Data-Scientist Exam Questions

NO.56 Which technique you would be using to solve the below problem statement? “What is the probability that individual customer will not repay the loan amount?”

 
 
 
 
 

NO.57 Regularization is a very important technique in machine learning to prevent overfitting. Mathematically speaking, it adds a regularization term in order to prevent the coefficients to fit so perfectly to overfit. The difference between the L1 and L2 is…

 
 
 
 
Explanation
Regularization is a very important technique in machine learning to prevent overfitting. Mathematically speaking, it adds a regularization term in order to prevent the coefficients to fit so perfectly to overfit. The difference between the L1 and L2 is just that L2 is the sum of the square of the weights, while L1 is just the sum of the weights. As follows: L1 regularization on least squares:
A picture containing text Description automatically generated

NO.58 Select the statement which applies correctly to the Naive Bayes

 
 
 

NO.59 Which of the below best describe the Principal component analysis

 
 
 
 
 

NO.60 Which of the following steps you will be using in the discovery phase?

 
 
 
 
 
Explanation
During the discovery phase you need to find how much resources are required as early as possible and for that even you can involve various stakeholders like Software engineering team, DBAs, Network engineers, System administrators etc. for your requirement and these resources are already available or you need to procure them. Also, what would be source of the data? What all tools and software’s are required to execute the same?

NO.61 What are the advantages of the mutual information over the Pearson correlation for text classification problems?

 
 
 
 
Explanation
A linear scaling of the input variables (that may be caused by a change of units for the measurements) is sufficient to modify the PCA results. Feature selection methods that are sufficient for simple distributions of the patterns belonging to different classes can fail in classification tasks with complex decision boundaries. In addition, methods based on a linear dependence (like the correlation) cannot take care of arbitrary relations between the pattern coordinates and the different classes. On the contrary, the mutual information can measure arbitrary relations between variables and it does not depend on transformations acting on the different variables.
This item concerns itself with feature selection for a text classification problem and references mutual information criteria. Mutual information is a bit more sophisticated than just selecting based on the simple correlation of two numbers because it can detect non-linear relationships that will not be identified by the correlation. Whenever possible: mutual information is a better feature selection technique than correlation.
Mutual information is a quantification of the dependency between random variables. It is sometimes contrasted with linear correlation since mutual information captures nonlinear dependence.
Correlation analysis provides a quantitative means of measuring the strength of a linear relationship between two vectors of data. Mutual information is essentially the measure of how much “knowledge” one can gain of a certain variable by knowing the value of another variable.

NO.62 Question-13. Which of the following is not the Classification algorithm?

 
 
 
 
 
Explanation
Logistic regression
Logistic regression is a model used for prediction of the probability of occurrence of an event. It makes use of several predictor variables that may be either numerical or categories.
Support Vector Machines
As with naive Bayes, Support Vector Machines (or SVMs) can be used to solve the task of assigning objects to classes. But the way this task is solved is completely different to the setting in naive Bayes.
Neural Network
Neural Networks are a means for classifying multidimensional objects.
Hidden Markov Models
Hidden Markov Models are used in multiple areas of machine learning, such as speech recognition, handwritten letter recognition, or natural language processing.

NO.63 Consider the following confusion matrix for a data set with 600 out of 11,100 instances positive:
In this case, Precision = 50%, Recall = 83%, Specificity = 95%, and Accuracy = 95%.
Select the correct statement

 
 
 
 
 
Explanation
In this case, Precision = 50%, Recall = 83%, Specificity = 95%: and Accuracy = 95%. In this case, Precision is low, which means the classifier is predicting positives poorly. However, the three other measures seem to suggest that this is a good classifier. This just goes to show that the problem domain has a major impact on the measures that should be used to evaluate a classifier within it, and that looking at the 4 simple cases presented is not sufficient.

NO.64 You are working with the Clustering solution of the customer datasets. There are almost 40 variables are available for each customer and almost 1.00,0000 customer’s data is available. You want to reduce the number of variables for clustering, what would you do?

 
 
 
 
 
Explanation
When you are applying clustering technique and you find that there are quite a huge number of variables are available. Then it is better the find the co-relation among the variables and consider only one or two variables from the highly co-related variables. Because highly co-related variable will have the same effect, while creating the cluster. We can use scatter plot matrix among the variables to find the co-relation.
You can also combine several variables into a single variable. For example if you have two values in the dataset like Asset and Debt than by combining these two values like Debt to Asset ratio and use it while creating the cluster.

NO.65 Which is an example of supervised learning?

 
 
 
 
 
Explanation
SVMs can be used to solve various real world problems:
* SVMs are helpful in text and hypertext categorization as their application can significantly reduce the need for labeled training instances in both the standard inductive and transductive settings.
* Classification of images can also be performed using SVMs. Experimental results show that SVMs achieve significantly higher search accuracy than traditional query refinement schemes after just three to four rounds of relevance feedback.
* SVMs are also useful in medical science to classify proteins with up to 90% of the compounds classified correctly.
* Hand-written characters can be recognized using SVM

NO.66 You are creating a Classification process where input is the income, education and current debt of a customer, what could be the possible output of this process.

 
 
 
 
Explanation
Classification is the process of using several inputs to produce one or more outputs. For example the input might be the income, education and current debt of a customer The output might be a risk class, such as
“good”, “acceptable”, “average”, or “unacceptable”. Contrast this to regression where the output is a number not a class.

NO.67 Which of the following is a Continuous Probability Distributions?

 
 
 
 

NO.68 Refer to the exhibit.

You are building a decision tree. In this exhibit, four variables are listed with their respective values of info-gain.
Based on this information, on which attribute would you expect the next split to be in the decision tree?

 
 
 
 

NO.69 A data scientist is asked to implement an article recommendation feature for an on-line magazine.
The magazine does not want to use client tracking technologies such as cookies or reading history. Therefore, only the style and subject matter of the current article is available for making recommendations. All of the magazine’s articles are stored in a database in a format suitable for analytics.
Which method should the data scientist try first?

 
 
 
 
Explanation
kmeans uses an iterative algorithm that minimizes the sum of distances from each object to its cluster centroid, over all clusters. This algorithm moves objects between clusters until the sum cannot be decreased further. The result is a set of clusters that are as compact and well-separated as possible. You can control the details of the minimization using several optional input parameters to kmeans, including ones for the initial values of the cluster centroids, and for the maximum number of iterations.
Clustering is primarily an exploratory technique to discover hidden structures of the data: possibly as a prelude to more focused analysis or decision processes. Some specific applications of k-means are image processing^ medical and customer segmentation. Clustering is often used as a lead-in to classification. Once the clusters are identified, labels can be applied to each cluster to classify each group based on its characteristics. Marketing and sales groups use k-means to better identify customers who have similar behaviors and spending patterns.

NO.70 Refer to the exhibit.

You are using K-means clustering to classify customer behavior for a large retailer. You need to determine the optimum number of customer groups. You plot the within-sum-of-squares (wss) data as shown in the exhibit.
How many customer groups should you specify?

 
 
 
 

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Databricks Databricks-Certified-Professional-Data-Scientist Exam Syllabus Topics:

Topic Details
Topic 1
  • A intermediate understanding of the steps in the machine learning lifecycle
  • Model training, selection, and production
Topic 2
  • Tree-based models like decision trees, random forest and gradient boosted trees
  • Categories of machine learning
Topic 3
  • A complete understanding of the basics of machine learning model management
  • Linear, logistic, and regularized regression
Topic 4
  • A complete understanding of basic machine learning algorithms and techniques
  • Unsupervised techniniques like K-means and PCA
Topic 5
  • A complete understanding of the basics of machine learning
  • in-sample vs. out-of sample data

 

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