Ontological Engineering and Classical Planning
A
Designing algorithms for planning
B
Representing knowledge using formal ontologies
C
Solving constraint satisfaction problems
D
Performing adversarial search
Correct Answer
Representing knowledge using formal ontologies
AGroup objects with similar properties
BDefine algorithms for inference
CSolve planning problems
DPerform local search
Correct AnswerGroup objects with similar properties
AStatic entities
BDynamic entities that occur over time
COnly mental constructs
DOnly physical objects
Correct AnswerDynamic entities that occur over time
APhysical phenomena
BCognitive processes and abstract concepts
COnly planning problems
DOnly adversarial search problems
Correct AnswerCognitive processes and abstract concepts
AInheritance and hierarchical structures
BOnly propositional logic
COnly first-order logic
DOnly constraint propagation
Correct AnswerInheritance and hierarchical structures
AMaking assumptions in the absence of complete information
BSolving planning problems
CPerforming adversarial search
DUsing only propositional logic
Correct AnswerMaking assumptions in the absence of complete information
AIt focuses on representing knowledge using formal ontologies
BIt is only applicable to planning problems
CIt does not involve reasoning systems
DIt is unrelated to categories and objects
Correct AnswerIt focuses on representing knowledge using formal ontologies
AA group of objects with similar properties
BA dynamic entity
CA mental construct
DA planning algorithm
Correct AnswerA group of objects with similar properties
AAbstract concepts and cognitive processes
BOnly physical objects
COnly events
DOnly planning problems
Correct AnswerAbstract concepts and cognitive processes
AComplete information is unavailable
BOnly physical objects are involved
COnly mental events are involved
DOnly planning problems are involved
Correct AnswerComplete information is unavailable
AFinding a sequence of actions to achieve a goal
BSolving constraint satisfaction problems
CPerforming adversarial search
DUsing only propositional logic
Correct AnswerFinding a sequence of actions to achieve a goal
AExploring possible states and actions
BSolving constraint satisfaction problems
CPerforming adversarial search
DUsing only first-order logic
Correct AnswerExploring possible states and actions
ARepresent possible states and actions in a compact form
BSolve constraint satisfaction problems
CPerform adversarial search
DUse only propositional logic
Correct AnswerRepresent possible states and actions in a compact form
AState-space search
BPlanning graphs
CAdversarial search
DPartial-order planning
Correct AnswerAdversarial search
AEvaluating their efficiency and completeness
BSolving constraint satisfaction problems
CPerforming adversarial search
DUsing only propositional logic
Correct AnswerEvaluating their efficiency and completeness
AA desired state to be achieved
BA sequence of actions
CA constraint satisfaction problem
DAn adversarial search problem
Correct AnswerA desired state to be achieved
AThey provide a compact representation of states and actions
BThey are only used in adversarial search
CThey do not involve state-space search
DThey are unrelated to classical planning
Correct AnswerThey provide a compact representation of states and actions
AAllows flexibility in the order of actions
BRequires a fixed sequence of actions
CIs only applicable to adversarial search
DDoes not involve state-space search
Correct AnswerAllows flexibility in the order of actions
AThe size of the state space and the branching factor
BThe complexity of the goal
CThe number of constraints
DThe type of adversarial search
Correct AnswerThe size of the state space and the branching factor
AIt involves finding a sequence of actions to achieve a goal
BIt is only applicable to constraint satisfaction problems
CIt does not involve state-space search
DIt is unrelated to planning graphs
Correct AnswerIt involves finding a sequence of actions to achieve a goal
Fill in the Blanks
21
Ontological engineering focuses on representing knowledge using __________.
Correct Answerformal ontologies
22
Categories are used to group objects with similar __________.
Correct Answerproperties
23
Events are dynamic entities that occur over __________.
Correct Answertime
24
Mental events and mental objects represent __________ processes and abstract concepts.
Correct Answercognitive
25
Reasoning systems for categories use __________ and hierarchical structures.
Correct Answerinheritance
26
Reasoning with default information involves making __________ in the absence of complete information.
Correct Answerassumptions
27
Ontological engineering is concerned with the design of __________ for knowledge representation.
Correct Answerformal ontologies
28
A category is a group of objects with similar __________.
Correct Answerproperties
29
Mental objects are used to represent __________ concepts and cognitive processes.
Correct Answerabstract
30
Reasoning with default information is useful when __________ information is unavailable.
Correct Answercomplete
31
Classical planning involves finding a sequence of __________ to achieve a goal.
Correct Answeractions
32
State-space search in classical planning explores possible __________ and actions.
Correct Answerstates
33
A planning graph provides a compact representation of __________ and actions.
Correct Answerstates
34
Partial-order planning allows flexibility in the __________ of actions.
Correct Answerorder
35
The analysis of planning approaches evaluates their __________ and completeness.
Correct Answerefficiency
36
In classical planning, a goal is a desired __________ to be achieved.
Correct Answerstate
37
Planning graphs are used to represent __________ and actions in a compact form.
Correct Answerstates
38
Partial-order planning is a classical planning approach that allows flexibility in the __________ of actions.
Correct Answerorder
39
The efficiency of a planning algorithm depends on the size of the __________ and the branching factor.
Correct Answerstate space
40
Classical planning involves finding a sequence of __________ to achieve a goal.
Correct Answeractions