Podcast
Questions and Answers
What is essential for designing a decision tree?
What is essential for designing a decision tree?
- Including all available parameters
- Ignoring the dataset characteristics
- Creating the most complex model possible
- Using only parameters that directly affect the output (correct)
A single dataset can lead to multiple decision trees that predict correctly.
A single dataset can lead to multiple decision trees that predict correctly.
True (A)
What must be done after creating and training a model to determine its efficiency?
What must be done after creating and training a model to determine its efficiency?
Evaluation
The process of assessing a model's efficiency after training is known as ______.
The process of assessing a model's efficiency after training is known as ______.
Match the following terms with their definitions:
Match the following terms with their definitions:
What is the first step in the AI Project Cycle?
What is the first step in the AI Project Cycle?
The 4 W's of Problem Scoping include Who, What, When, and Why.
The 4 W's of Problem Scoping include Who, What, When, and Why.
Name one type of data that can be collected in the data acquisition step.
Name one type of data that can be collected in the data acquisition step.
The summary of what you've learned from the 4 W's is known as a __________.
The summary of what you've learned from the 4 W's is known as a __________.
Match the following elements of the 4 W's with their descriptions:
Match the following elements of the 4 W's with their descriptions:
Which one of these is NOT a form of data collected?
Which one of these is NOT a form of data collected?
Data can only be collected from printed sources like journals and newspapers.
Data can only be collected from printed sources like journals and newspapers.
What does the term 'data' represent?
What does the term 'data' represent?
What type of data is characterized by a standardized format and a well-defined structure?
What type of data is characterized by a standardized format and a well-defined structure?
Unstructured data is easy to manage and store because it follows traditional data models.
Unstructured data is easy to manage and store because it follows traditional data models.
What percentage of a dataset is typically used as the testing dataset?
What percentage of a dataset is typically used as the testing dataset?
A dataset is a collection of data in __________ format.
A dataset is a collection of data in __________ format.
Match the following data collection methods with their descriptions:
Match the following data collection methods with their descriptions:
Which type of data visualization chart uses vertical columns to represent data series?
Which type of data visualization chart uses vertical columns to represent data series?
Artificial Intelligence refers only to robots that can think and act like humans.
Artificial Intelligence refers only to robots that can think and act like humans.
What is the primary purpose of machine learning?
What is the primary purpose of machine learning?
Deep learning analyzes data using __________ networks with multiple layers.
Deep learning analyzes data using __________ networks with multiple layers.
What characterizes the rule-based approach to AI modeling?
What characterizes the rule-based approach to AI modeling?
In a decision tree, the arrow with a + sign indicates an inverse relationship between elements.
In a decision tree, the arrow with a + sign indicates an inverse relationship between elements.
What is the term for a software interface that enables communication between applications?
What is the term for a software interface that enables communication between applications?
Data __________ is a technique used to visualize data using statistical methods or graphs.
Data __________ is a technique used to visualize data using statistical methods or graphs.
Which of the following is an example of unstructured data?
Which of the following is an example of unstructured data?
Flashcards
AI Project Cycle
AI Project Cycle
A step-by-step process companies use to solve problems using AI. It helps ensure value from AI projects.
Problem Scoping
Problem Scoping
The initial stage of an AI project, where you define the problem by understanding its scope and impact.
4 W's of Problem Scoping
4 W's of Problem Scoping
Questions used in problem scoping to understand the problem's context: Who, What, Where, Why.
Problem Statement Template
Problem Statement Template
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Data Acquisition
Data Acquisition
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Data
Data
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Stakeholders
Stakeholders
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Data Preprocessing
Data Preprocessing
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Model Evaluation
Model Evaluation
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Decision Tree
Decision Tree
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Selecting the Most Straightforward Decision Tree
Selecting the Most Straightforward Decision Tree
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Parameters Affecting the Output
Parameters Affecting the Output
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Structured Data
Structured Data
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Unstructured Data
Unstructured Data
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Dataset
Dataset
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Training Dataset
Training Dataset
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Test Dataset
Test Dataset
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Surveys
Surveys
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Web Scraping
Web Scraping
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Observation
Observation
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Sensors
Sensors
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Application Program Interface (API)
Application Program Interface (API)
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System Map
System Map
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Data Exploration
Data Exploration
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Data Visualization
Data Visualization
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Artificial Intelligence (AI)
Artificial Intelligence (AI)
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Machine Learning
Machine Learning
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Deep Learning
Deep Learning
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Rule-Based AI Modeling
Rule-Based AI Modeling
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AI Modeling
AI Modeling
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Unsupervised AI Modeling
Unsupervised AI Modeling
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Study Notes
AI Project Cycle Class 9 Notes
- The AI Project Cycle is a step-by-step process for deriving value from and solving problems with AI projects. It has five different stages.
Problem Scoping
- Problem scoping involves understanding a problem, identifying factors affecting it, and defining the project goal. This stage uses the 4Ws to help.
- Who: Identifies stakeholders directly and indirectly affected by the problem.
- What: Analyzes the nature of the problem and gathers evidence.
- Where: Determines the situation and location of the problem's origin.
- Why: Establishes the need to address the problem and the advantages for stakeholders.
- A problem statement template summarizes insights from the 4Ws, providing a concise overview helpful for revisiting similar problems.
Data Acquisition and Types
- Data acquisition is the method of collecting reliable and accurate data for AI projects. Data can include various formats (text, video, photos, audio).
- Data is a representation of facts or instructions processed by humans or machines. Data comes in different types.
- Structured data: Follows a consistent format, easily accessible, and organized (e.g., numbers, characters).
- Unstructured data: Does not adhere to a standard format, making it harder to store and manage (e.g., videos, images, audio).
- A Dataset is a collection of data, typically tabular, related to a specific topic (e.g., student test scores). Datasets are split into:
- Training dataset: Used to teach AI models (around 80% of the data).
- Test dataset: Used to evaluate trained models (around 20% of the data).
Methods for Data Collection
- Various methods exist for data collection.
- Surveys: Collect data from specific samples for insight.
- Cameras: Collect visual data, which is considered unstructured data, analyzable with machine learning.
- Web Scripting: Used to gather structured data from the internet (e.g., news monitoring).
- Observation: Collecting information through focused observing.
- Sensors: Gather data using physical devices (e.g., biometrics).
- APIs: Enable communication between applications to collect data.
System Mapping
- A system map visualizes a system's components and relationships. It uses arrows to depict cause-and-effect.
- Positive arrows (+): Indicate direct relationships (as one increases, the other increases).
- Negative arrows (-): Indicate inverse relationships (as one increases, the other decreases).
Data Exploration and Visualization
- Data visualization uses charts and graphs to represent data, making it easier to understand trends and patterns.
- Column charts: Use vertical columns to compare values.
- Bar charts: Visualize category data using bars.
Artificial Intelligence Concepts
- Artificial intelligence (AI): Simulates human intelligence in robots, allowing them to think and act similarly. AI is applicable to problem-solving and learning.
- Machine learning: Allows machines to learn from data without explicit programming (a part of AI).
- Deep learning: A part of AI that utilizes multi-layer neural networks for data analysis, learning, and problem-solving (like human cognition).
- Rule-based AI: Developers define relationships in data, and machines follow the rules.
- AI Modeling: The process of creating algorithms (models) that produce intelligent results through learned patterns.
- Random AI (or Learning): Trains AI using random data for pattern identification.
- Decision Trees: A rule-based AI model involving multiple decisions to identify elements (similar to a flowchart).
Evaluation
- Evaluation assesses a model's efficiency and performance after training.
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