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IAI Questions

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Last updated over 2 years ago
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Question 1
1.

What is wrong about discounting reward?

Question 2
2.

Below explains some properties of RL. What is incorrectly connected?

Question 3
3.

What is wrong about optimal value functions?

Question 4
4.

We stop the value iteration when:

Question 5
5.
The time complexity of value iteration is ________ per iteration, where policy evaluation is ________ per iteration.
Other Answer Choices:
Question 6
6.

What is the advantage of policy iteration over value iteration?

Question 7
7.

Match the algorithms with appropriate target.

Draggable itemarrow_right_altCorresponding Item
MC
arrow_right_alt
Q-learning
arrow_right_alt
SARSA
arrow_right_alt
TD(0)
arrow_right_alt
Question 8
8.

Categorize algorithms.

  • Value iteration
  • MC
  • TD
  • DQN
  • Model-free
  • Model-based
Question 9
9.

Categorize algorithms.

  • DQN
  • Q-learning
  • SARSA
  • TD
  • On-policy
  • Off-policy
Question 10
10.
  • MC
  • TD
  • DP
  • SARSA
  • Bootstrapping
  • Sampling
Question 11
11.

What is wrong about DQN? Choose all.

Question 12
12.

What is wrong about the below explanations about the representation of search problems?

Question 13
13.

What is true about search problem and algorithms? Choose all.

Question 14
14.

What is the data structure of frontier by the algorithm?

  • Tree search
  • Graph search
  • DFS
  • UCS
  • A*
  • Best first search
  • Closed list
  • Queue
  • Priority queue
Question 15
15.
DLS is complete if ________ and optimal if ________ where l denotes depth limit, m denotes max depth, and d denotes the depth of the shallowest goal.
Other Answer Choices:
m is finite
d is finite
Question 16
16.

(Row) expands the (Column) unexplored node in the frontier. Choose the right

Deepest
Shallowest
Cheapest
BFS
DFS
DLS
UCS
IDS
Question 17
17.
The space complexity of frontier of BFS is ________ and explored list ________ . The space complexity of frontier of DFS is ________ .
Other Answer Choices:
Question 18
18.

When is inappropriate to use the bi-directional search?

Question 19
19.

What is wrong about DLS? Choose all.

Question 20
20.

What is true about UCS? Choose all.

Question 21
21.

What is true about A* search?

Question 22
22.

What is wrong about relaxed problems?

Question 23
23.

What is wrong about approaches for obtaining heuristics?

Question 24
24.

Categorize local search methods.

  • Hill-climbing
  • Stochastic hill-climbing
  • Simulated annealing
  • Local beam search
  • Select highest valued neighbor
  • Select neighbor that produces an improvement
  • Accept bad moves
Question 25
25.
Consider map coloring problem, which is CSP. Here, adjacent regions must have different colors. We have 3 regions A, B, C, that are all adjacent to each other.
A is not equal to B is __________ constraint. The __________ of the constraint is (A,B). We can add __________ such as red is better than green.
Question 26
26.
Backtracking search is __________ algorithm. It is __________ with constraint checking. It checks constraints __________. It backtracks when __________ .
Question 27
27.

Match the explanation of approaches of ordering variable in CSP.

Draggable itemarrow_right_altCorresponding Item
Most constrained variable
arrow_right_alt
The variable with the fewest remaining legal values in its domain
Degree heuristic
arrow_right_alt
The variable involved in the largest number of constraints on other unassigned variables.
Question 28
28.

Match the explanation of approaches of filtering variable in CSP.

Draggable itemarrow_right_altCorresponding Item
Forward checking
arrow_right_alt
Propagation from assigned variable to unassigned variable
Arc consistency
arrow_right_alt
Examines further implications, not only 1-step
Both
arrow_right_alt
Detects failures earlier
Question 29
29.
The time complexity of AC-3 is O(?) because there are ________ edges, take________ time for consistency enforcing, and ________ for arc insertions.
Other Answer Choices:
Question 30
30.
________ add new sentences to knowledge base. Agent can use inference to deduce new facts from _________ ed facts.
Other Answer Choices:
TELL
ASK
Question 31
31.
________________ commitment of propositional language is fact. ____________________ commitment is T/F/unknown.
Other Answer Choices:
Epistemological
Ontological
Question 32
32.

What can be inferred from below?

Question 33
33.
Below sentence explains the syntax of FOL. ^ ________________ . ∀ is ________________ .
Other Answer Choices:
connectives
quantifiers
Question 34
34.

Match the explanation of well-known problems of planning.

Draggable itemarrow_right_altCorresponding Item
Qualification problem
arrow_right_alt
Representing all things that stay the same
Ramification problem
arrow_right_alt
Defining conditions for an action to succeed
Frame problem
arrow_right_alt
Representing implicit consequences of actions
Question 35
35.

What is true about linear planning?

Question 36
36.

Consider PDDL. What is included in what?

  • Actions
  • Initial state
  • Goal
  • Types
  • Predicates
  • Objects
  • Constants
  • Domain definition
  • Problem definition
Question 37
37.

What is wrong about Bayes Rule?

Question 38
38.
__________ allows incremental updating of beliefs
as more evidence is gathered.
Question 39
39.
  • Bayesian networks describe __________ distributions using __________ distributions.
Other Answer Choices:
local
joint
Question 40
40.

Match the type of causal chain with the definition of joint distribution.

Draggable itemarrow_right_altCorresponding Item
Casual chain
arrow_right_alt
Common cause
arrow_right_alt
Common effect
arrow_right_alt
Question 41
41.
Observing the cause ________________ the path between two effects of same cause. Observing the cause ______________ the path between two causes of same effect.
Other Answer Choices:
inactivates
activates