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Questions and Answers
What is the probability of throwing a fair 6-sided dice twice and getting a total of 6?
What is the probability of throwing a fair 6-sided dice twice and getting a total of 6?
Which statement accurately describes independence in probability theory?
Which statement accurately describes independence in probability theory?
What does overfitting refer to in Machine Learning?
What does overfitting refer to in Machine Learning?
Which of the following tasks is typically not accomplished using unsupervised learning algorithms?
Which of the following tasks is typically not accomplished using unsupervised learning algorithms?
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In the context of Reinforcement Learning, what does a 'Policy' refer to?
In the context of Reinforcement Learning, what does a 'Policy' refer to?
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What is a Markov Decision Process?
What is a Markov Decision Process?
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Which of the following scenarios is not considered a zero-sum game?
Which of the following scenarios is not considered a zero-sum game?
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What scoring system is used in a football league when there is a draw?
What scoring system is used in a football league when there is a draw?
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What defines a mixed strategy in game theory?
What defines a mixed strategy in game theory?
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How many variables are needed to represent the dynamic state of a flying drone?
How many variables are needed to represent the dynamic state of a flying drone?
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What are the main factors to consider when dealing with data from sensors?
What are the main factors to consider when dealing with data from sensors?
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Which option is true regarding object detection advancements?
Which option is true regarding object detection advancements?
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What role do computer vision applications play in the healthcare industry?
What role do computer vision applications play in the healthcare industry?
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What is a stop word in natural language processing (NLP)?
What is a stop word in natural language processing (NLP)?
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What does tokenization in NLP refer to?
What does tokenization in NLP refer to?
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What characterizes domain-specific planning systems?
What characterizes domain-specific planning systems?
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What does a term in First Order Logic represent?
What does a term in First Order Logic represent?
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How is the encoding of an AI planning task as a state-space search problem structured?
How is the encoding of an AI planning task as a state-space search problem structured?
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What defines a Knowledge Base in the context of AI?
What defines a Knowledge Base in the context of AI?
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Which statement correctly describes Domain-Independent planning?
Which statement correctly describes Domain-Independent planning?
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What type of elements do nodes and edges represent in the context of AI planning tasks?
What type of elements do nodes and edges represent in the context of AI planning tasks?
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Which of the following is NOT a characteristic of a term in First Order Logic?
Which of the following is NOT a characteristic of a term in First Order Logic?
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How does a knowledge base differ from a traditional database in AI contexts?
How does a knowledge base differ from a traditional database in AI contexts?
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Which of the following are main areas of Artificial Intelligence?
Which of the following are main areas of Artificial Intelligence?
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How can we differentiate between a discrete and a continuous environment?
How can we differentiate between a discrete and a continuous environment?
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Which scenario represents an adversarial problem setting?
Which scenario represents an adversarial problem setting?
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What distinguishes blind-search algorithms from informed-search algorithms?
What distinguishes blind-search algorithms from informed-search algorithms?
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Which statement about Local (Neighbourhood) Search algorithms is not true?
Which statement about Local (Neighbourhood) Search algorithms is not true?
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Which option best describes the role of Machine Learning in Artificial Intelligence?
Which option best describes the role of Machine Learning in Artificial Intelligence?
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Which of the following is an example of a characteristic of blind-search algorithms?
Which of the following is an example of a characteristic of blind-search algorithms?
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What is the main feature of informed-search algorithms compared to blind-search algorithms?
What is the main feature of informed-search algorithms compared to blind-search algorithms?
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Study Notes
Artificial Intelligence (AI) Areas
- Four main areas of AI are Machine Learning, Reinforcement Learning, Problem Solving, and Vision.
- Other areas include Natural Language Processing, Vision Systems, Game Theory, Robotics, Reasoning, Learning, Perception, Autonomous Vehicles, Conversational AI, Games, and Search.
Discrete vs. Continuous Environments
- Discrete environments have a finite number of action choices and states.
- Continuous environments have an infinite number of possible states or actions.
- Discrete environments often deal with real-valued numbers in environment states.
- Continuous environments typically do not have clear termination criteria (e.g., stock market).
Adversarial Problem Setting
- An example of an adversarial problem setting is an intelligent agent playing chess.
Blind-search vs. Informed-search Algorithms
- Blind-search algorithms systematically search all nodes in a predefined order.
- Informed-search algorithms use an evaluation function to prioritize the best nodes to expand.
- Informed-search algorithms often look ahead into successors.
- Blind-search algorithms might not look ahead.
Local (Neighbourhood) Search Algorithms
- Typically used for optimization problems.
- Useful for large or continuous search spaces.
- Do not guarantee finding globally optimal solutions.
- Improve the current solution incrementally through small changes.
Knowledge Base
- A repository of statements (sentences).
- Axioms or rules derived from statements.
- Indexed using natural language to allow querying.
- Extracted facts from reliable sources like Wikipedia.
First Order Logic (FOL) Terms
- Terms represent objects, variables, or functions of objects.
- Variables are placeholders for objects.
Domain-Specific vs. Domain-Independent Planning
- Domain-specific planning is tailored to a particular task or application.
- Domain-independent planning uses generic algorithms applicable to various domains.
- Domain-specific planning requires less memory because it doesn't need to manage as many possible scenarios in large search space.
State-Space Search Problem Encoding
- Nodes represent environment states, and edges correspond to applicable actions.
- Edges from an initial state node to a goal node represent a valid plan.
- Nodes represent possible actions.
- Edges represent effects of actions on the environment.
Probability of Throwing a Dice (2 Times, Sum = 6)
- The probability of throwing a fair six-sided die twice and getting a total of 6 is 1/12.
Independence in Probability Theory
- Event A is independent of event B if the probability of A is not influenced by the outcome of B, and vice versa.
Overfitting in Machine Learning
- Occurs when a machine learning model is trained too long and loses predictive ability.
- Often occurs due to complex models being trained on too much data.
- Results in a model that performs well on training data but poorly on unseen data.
Unsupervised Learning Algorithms
- Unsupervised learning algorithms typically do not use labels or pre-determined outcomes.
- Anomaly detection is a common unsupervised learning example.
Algorithmic Fairness
- A field of machine learning that corrects possible biases in data.
- Aims to produce fairer outputs by adjusting data in machine learning algorithms.
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Description
This quiz covers key areas of Artificial Intelligence including Machine Learning, Reinforcement Learning, and Problem Solving. Additionally, it explores the differences between discrete and continuous environments, adversarial problem settings, and various search algorithms. Test your knowledge on these foundational AI concepts!