1. Ontological engineering is concerned with:

A . Designing algorithms for planning

B . Representing knowledge using formal ontologies

C . Solving constraint satisfaction problems

D . Performing adversarial search

Answer

2. In knowledge representation, categories are used to:

A . Group objects with similar properties

B . Define algorithms for inference

C . Solve planning problems

D . Perform local search

Answer

3. Events in knowledge representation are:

A . Static entities

B . Dynamic entities that occur over time

C . Only mental constructs

D . Only physical objects

Answer

4. Mental events and mental objects are used to represent:

A . Physical phenomena

B . Cognitive processes and abstract concepts

C . Only planning problems

D . Only adversarial search problems

Answer

5. Reasoning systems for categories use:

A . Inheritance and hierarchical structures

B . Only propositional logic

C . Only first-order logic

D . Only constraint propagation

Answer

6. Reasoning with default information involves:

A . Making assumptions in the absence of complete information

B . Solving planning problems

C . Performing adversarial search

D . Using only propositional logic

Answer

7. Which of the following is true about ontological engineering?

A . It focuses on representing knowledge using formal ontologies

B . It is only applicable to planning problems

C . It does not involve reasoning systems

D . It is unrelated to categories and objects

Answer

8. In knowledge representation, a category is:

A . A group of objects with similar properties

B . A dynamic entity

C . A mental construct

D . A planning algorithm

Answer

9. Mental objects are used to represent:

A . Abstract concepts and cognitive processes

B . Only physical objects

C . Only events

D . Only planning problems

Answer

10. Reasoning with default information is useful when:

A . Complete information is unavailable

B . Only physical objects are involved

C . Only mental events are involved

D . Only planning problems are involved

Answer

11. Classical planning involves:

A . Finding a sequence of actions to achieve a goal

B . Solving constraint satisfaction problems

C . Performing adversarial search

D . Using only propositional logic

Answer

12. State-space search in classical planning involves:

A . Exploring possible states and actions

B . Solving constraint satisfaction problems

C . Performing adversarial search

D . Using only first-order logic

Answer

13. A planning graph is used to:

A . Represent possible states and actions in a compact form

B . Solve constraint satisfaction problems

C . Perform adversarial search

D . Use only propositional logic

Answer

14. Which of the following is NOT a classical planning approach?

A . State-space search

B . Planning graphs

C . Adversarial search

D . Partial-order planning

Answer

15. The analysis of planning approaches involves:

A . Evaluating their efficiency and completeness

B . Solving constraint satisfaction problems

C . Performing adversarial search

D . Using only propositional logic

Answer

16. In classical planning, a goal is:

A . A desired state to be achieved

B . A sequence of actions

C . A constraint satisfaction problem

D . An adversarial search problem

Answer

17. Which of the following is true about planning graphs?

A . They provide a compact representation of states and actions

B . They are only used in adversarial search

C . They do not involve state-space search

D . They are unrelated to classical planning

Answer

18. Partial-order planning is a classical planning approach that:

A . Allows flexibility in the order of actions

B . Requires a fixed sequence of actions

C . Is only applicable to adversarial search

D . Does not involve state-space search

Answer

19. The efficiency of a planning algorithm depends on:

A . The size of the state space and the branching factor

B . The complexity of the goal

C . The number of constraints

D . The type of adversarial search

Answer

20. Which of the following is true about classical planning?

A . It involves finding a sequence of actions to achieve a goal

B . It is only applicable to constraint satisfaction problems

C . It does not involve state-space search

D . It is unrelated to planning graphs

Answer

Fill in the Blanks

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21. Ontological engineering focuses on representing knowledge using __________.

Answer

22. Categories are used to group objects with similar __________.

Answer

23. Events are dynamic entities that occur over __________.

Answer

24. Mental events and mental objects represent __________ processes and abstract concepts.

Answer

25. Reasoning systems for categories use __________ and hierarchical structures.

Answer

26. Reasoning with default information involves making __________ in the absence of complete information.

Answer

27. Ontological engineering is concerned with the design of __________ for knowledge representation.

Answer

28. A category is a group of objects with similar __________.

Answer

29. Mental objects are used to represent __________ concepts and cognitive processes.

Answer

30. Reasoning with default information is useful when __________ information is unavailable.

Answer

31. Classical planning involves finding a sequence of __________ to achieve a goal.

Answer

32. State-space search in classical planning explores possible __________ and actions.

Answer

33. A planning graph provides a compact representation of __________ and actions.

Answer

34. Partial-order planning allows flexibility in the __________ of actions.

Answer

35. The analysis of planning approaches evaluates their __________ and completeness.

Answer

36. In classical planning, a goal is a desired __________ to be achieved.

Answer

37. Planning graphs are used to represent __________ and actions in a compact form.

Answer

38. Partial-order planning is a classical planning approach that allows flexibility in the __________ of actions.

Answer

39. The efficiency of a planning algorithm depends on the size of the __________ and the branching factor.

Answer

40. Classical planning involves finding a sequence of __________ to achieve a goal.

Answer

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