시험대비1Z0-1110-26퍼펙트덤프데모문제다운최신버전덤프데모문제다운로드

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Oracle 1Z0-1110-26 Exam Syllabus Topics:

SectionWeightObjectives
Topic 1: OCI Data Science - Introduction & Configuration10%- Overview and core concepts of OCI Data Science
- Tenancy and environment configuration for Data Science
- Capabilities of the Accelerated Data Science (ADS) SDK
Topic 2: Integrate Related OCI Services10%- Integration with OCI Object Storage, Vault, and Networking
- Use OCI AI and data services with Data Science
Topic 3: Apply MLOps Practices20%- ML pipelines, automation, and reproducibility
- Model monitoring, drift detection, and performance tracking
- Governance, auditing, and compliance
Topic 4: Implement End-to-End Machine Learning Lifecycle45%- Model development, training, and evaluation
- Deploy models and manage endpoints
- Model saving, cataloging, and versioning
- Data preparation, exploration, and transformation
- Use AutoML and built-in algorithms
Topic 5: Design and Set Up Data Science Workspace15%- Configure compute shapes, storage, and networking
- Manage access control, security, and IAM integration
- Create and manage projects and notebook sessions

>> 1Z0-1110-26퍼펙트 덤프데모문제 다운 <<

1Z0-1110-26최신버전 시험덤프문제, 1Z0-1110-26시험문제모음

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최신 Oracle Cloud 1Z0-1110-26 무료샘플문제 (Q32-Q37):

질문 # 32
As a data scientist, you create models for cancer prediction based on mammographic images. The correct identification is very crucial in this case. After evaluating two models, you arrive at the following confusion matrix. Which model would you prefer and why?
Model 1 has Test accuracy is 80% and recall is 70%
Model 2 has Test accuracy is 75% and recall is 85%

정답:A

설명:
Detailed Answer in Step-by-Step Solution:
Objective: Choose the better model for cancer prediction based on metrics.
Understand Metrics:
Accuracy: Overall correct predictions.
Recall: True positives / (True positives + False negatives)&#x2014;crucial for cancer (minimizing misses).
Context: Cancer prediction prioritizes recall&#x2014;false negatives (missed cancers) are critical.
Evaluate Models:
Model 1: 80% accuracy, 70% recall&#x2014;Misses more cancers.
Model 2: 75% accuracy, 85% recall&#x2014;Misses fewer cancers.
Evaluate Options:
A: High recall&#x2014;True, but lacks context.
B: High accuracy&#x2014;Misses recall&#x2019;s importance.
C: Recall&#x2019;s impact&#x2014;Correct for cancer use case&#x2014;best.
D: Lesser recall impact&#x2014;Incorrect for this priority.
Reasoning: C emphasizes recall&#x2019;s critical role&#x2014;aligns with medical needs.
Conclusion: C is correct.
OCI documentation advises: &#x201C;For critical predictions like cancer detection, prioritize recall (e.g., Model 2 at 85%) over accuracy (Model 1 at 80%) to minimize false negatives, as missing cases has severe consequences (C).&#x201D; A is partial, B overlooks context, D reverses priority&#x2014;only C fits OCI&#x2019;s ML evaluation guidance for this scenario.
1: Oracle Cloud Infrastructure Data Science Documentation, &quot;Evaluating Classification Models&quot;.


질문 # 33
You are working as a data scientist for a healthcare company. They decided to analyze the data to find patterns in a large volume of electronic medical records. You are asked to build a PySpark solution to analyze these records in a JupyterLab notebook. What is the order of recommended steps to develop a PySpark application in OCI Data Science?

정답:A

설명:
Detailed Answer in Step-by-Step Solution:
Objective: Sequence steps for a PySpark app in OCI Data Science.
Evaluate Steps:
Launch notebook: First&#x2014;provides the environment.
Install PySpark conda: Second&#x2014;sets up Spark libraries.
Configure core-site.xml: Third&#x2014;connects to data (e.g., Object Storage).
Develop app: Fourth&#x2014;writes the PySpark code.
Data Flow: Fifth&#x2014;optional scaling, post-development.
Check Options: D (1, 2, 3, 4, 5) matches this logical flow.
Reasoning: Notebook first, then setup, coding, and scaling.
Conclusion: D is correct.
OCI documentation recommends: &#x201C;1) Launch a notebook session, 2) install a PySpark conda environment, 3) configure core-site.xml for data access, 4) develop your PySpark application, and 5) optionally use Data Flow for scale.&#x201D; D follows this&#x2014;others (A, B, C) misorder critical steps like launching the notebook.
1: Oracle Cloud Infrastructure Data Science Documentation, &quot;PySpark in Notebooks&quot;.


질문 # 34
While working with Git on Oracle Cloud Infrastructure (OCI) Data Science, you notice that two of the operations are taking more time than the others due to your slow internet speed. Which TWO operations would experience the delay?

정답:A,E

설명:
Detailed Answer in Step-by-Step Solution:
Analyze Git Operations: Identify which depend on internet speed.
Evaluate Options:
A . Staging (git add): Local operation&#x2014;adds files to the index; no network involved.
B . Updating local repo (git pull): Downloads remote changes&#x2014;requires internet, slowed by poor connectivity.
C . Pushing changes (git push): Uploads local commits to remote&#x2014;network-dependent, delayed by slow speed.
D . Committing (git commit): Local snapshot&#x2014;no network needed.
E . Converting to Git repo (git init): Local initialization&#x2014;no internet required.
Reasoning: Only B and C involve network transfers, directly impacted by slow internet.
Conclusion: B and C are the correct choices.
Git operations like git pull (B) and git push (C) rely on network communication with a remote repository, such as OCI Code Repository, and are documented as &#x201C;bandwidth-sensitive&#x201D; in OCI&#x2019;s guides. Local actions like staging (A), committing (D), and initializing (E) occur on the user&#x2019;s machine, unaffected by internet speed. This matches standard Git behavior and OCI&#x2019;s implementation.
1: Oracle Cloud Infrastructure Data Science Documentation, &quot;Using Git in Notebook Sessions&quot;.


질문 # 35
As a data scientist, you are tasked with creating a model training job that is expected to take different hyperparameter values on every run. What is the most efficient way to set those parameters with Oracle Data Science Jobs?

정답:B

설명:
Detailed Answer in Step-by-Step Solution:
Objective: Efficiently vary hyperparameters in OCI Jobs.
Evaluate Options:
A: New job per run&#x2014;Wastes setup time.
B: Code changes per job&#x2014;Inefficient, error-prone.
C: Flexible params per run&#x2014;Efficient, reusable&#x2014;correct.
D: New job per run&#x2014;Redundant effort.
Reasoning: C minimizes job creation, maximizes flexibility.
Conclusion: C is correct.
OCI documentation states: &#x201C;For varying hyperparameters, configure a single Job with code accepting environment variables or command-line arguments (C), set per run&#x2014;most efficient.&#x201D; A and D over-create jobs, B ties params to code&#x2014;only C optimizes.
1: Oracle Cloud Infrastructure Data Science Documentation, &quot;Job Parameterization&quot;.


질문 # 36
In machine learning, what is the primary difference between supervised and unsupervised learning?

정답:B

설명:
Detailed Answer in Step-by-Step Solution:
Objective: Identify the key difference between supervised and unsupervised learning.
Define Types:
Supervised: Uses labeled data (e.g., input-output pairs) to predict outcomes.
Unsupervised: Uses unlabeled data to find patterns (e.g., clustering).
Evaluate Options:
A: Labeled vs. unlabeled&#x2014;Core distinction, correct.
B: Monitoring&#x2014;Misleading, not the primary difference.
C: Image recognition&#x2014;False, supervised applies broadly.
D: Data Engineer&#x2014;Irrelevant to learning type.
Reasoning: A captures the foundational data difference.
Conclusion: A is correct.
OCI documentation states: &#x201C;Supervised learning uses labeled data to train models for prediction, while unsupervised learning analyzes unlabeled data to discover patterns.&#x201D; B, C, and D misrepresent this&#x2014;only A aligns with OCI&#x2019;s ML definitions and industry standards.
1: Oracle Cloud Infrastructure Data Science Documentation, &quot;Machine Learning Types&quot;.


질문 # 37
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