Only iv.
All i., ii., iii. and iv.
ii. and iv.
Only ii.
B. All i., ii., iii. and iv.
Only iv.
All i., ii., iii. and iv.
ii. and iv.
None of the above
i. and ii.
i. and iii.
ii. and iii.
iii. and iv.
Only i.
i. and iii.
ii. and iii.
All i, ii. and iii.
Only i.
i. and iii.
ii. and iii.
All i, ii. and iii.
Reverend Thomas Bayes
Stuart Bayes Hamilton
Bayes Canney
None of the above.
S=12; E=5; N=6; D=8; M=1; O=0; R=8; Y=2
S=9; E=5; N=6; D=7; M=1; O=0; R=8; Y=2
S=5; E=5; N=6; D=7; M=1; O=0; R=8; Y=2
S=9; E=5; N=9; D=7; M=1; O=0; R=8; Y=2
Reaching the goal in minimal amount of time
Reaching the goal in minimal cost
Reaching the initial state again after reaching the goal state
None of the above
Simple based reflex agent
Model based reflex agent
Goal based agent
Utility based agent
Only i.
i. and iii.
ii. and iii.
All i, ii. and iii.
Responding and providing solution to the problem
Meeting the preference of the user
Meeting the goal
All of the above
AI based agents
Humans
Animals
None of the above
Knowledge gathering strategy
Final step of solving the AI problem, which is applying the strategies
State space deciding
None of the above
100% accurate
Estimated values
Wrong values
None of the above
A state space can be defined as the collection of all the problem states
A state space is a state which exists in environment which is in outer space
A state space is the total space available for the agent in the state
All of the above
Partially True and Partially False
Completely True and Completely False
Both 1) and 2)
None of the above
Perceiving data from the environment
Adapting to the environment and situations
Acting upon the Environment
Reversing the previously performed actions
Encryption Problem
Constraint Satisfactory Problem
Number problem
All of the above
Forward Chaining
Backward Chaining
Both a. and b.
None of the above
Deciding which data Structure to choose
Forming the control strategy
Inferring for similar problems in the knowledge base
All of the above
By perceiving the environment through sensors
By human's sensory organs
Both 1) and 2)
None of the above
N- Queens Problem
Chess
Sudoku
None of the above
To implement humanly behavior.
To deal with unknown environment.
To improve the reasoning capability of the agent.
All of the above
It is the way in which facts and information are stored in the storage system of the agent
When we conclude the facts and figures to reach a particular decision, that is called inference
We modify the knowledge and convert it into the format which is acceptable by the machine
All of the above.
Deterministic and non- Deterministic
Observable and partially-observable
Static and dynamic
All of the above
Dependent Events
Independent Events
Neither a. nor b.
Both a. and b.
Fuzzy Logic (FL) is a method by which any expert system or any agent based on Artificial Intelligence performs reasoning under uncertain conditions.
In this method, the reasoning is done in almost the same way as it is done in humans.
In this method, all the possibilities between 0 and 1 are drawn.
All of the above
Between 0 to 1 (Both inclusive)
Between 0 to 1 (Both exclusive)
Between -1 to +1
None of the above
It provides solution in a reasonable time frame
It provides the reasonably accurate direction to a goal
It considers both actual costs that it took to reach the current state and approximate cost it would take to reach the goal from the current state
All of the above
Modus Ponens
Resolution
Backward Chaining
All of the above
Uncertainty arises when we are not 100 percent confident in our decisions
Whenever uncertainty arises, there is needs to be an estimation taken for getting to any conclusion
The AI agent should take certain decisions even in the situations of uncertainty
All of the above