Inductive Logic Programming
1.

Which combines inductive methods with the power of first-order representations?
A.  

Inductive programming
 

 B.  

Logic programming

 C.  

Inductive logic programming

 D.  

Lisp programming
2.

How many reasons are available for the popularity of ILP?
A.  

1

 B.  

2

 C.  

3

 D.  

4
3.

How many reasons are available for the popularity of ILP?
A.  

1

 B.  

2

 C.  

3

 D.  

4
4.

Which cannot be represented by a set of attributes?
A.  

Program

 B.  

Three-dimensional configuration of a protein molecule

 C.  

Agents

 D.  

None of the mentioned
5.

Which is an appropriate language for describing the relationships?
A.  

First-order logic

 B.  

Propositional logic

 C.  

ILP

 D.  

None of the mentioned
6.

Which is an appropriate language for describing the relationships?
A.  

First-order logic

 B.  

Propositional logic

 C.  

ILP

 D.  

None of the mentioned
7.

Which produces hypotheses that are easy to read for humans?
A.  

ILP

 B.  

Artificial intelligence

 C.  

Propositional logic

 D.  

First-order logic
8.

What need to be satisfied in inductive logic programming?
A.  

Constraint

 B.  

Entailment constraint

 C.  

Both Constraint & Entailment constraint

 D.  

None of the mentioned
9.

What need to be satisfied in inductive logic programming?
A.  

Constraint

 B.  

Entailment constraint

 C.  

Both Constraint & Entailment constraint

 D.  

None of the mentioned
10.

How many literals are available in top-down inductive learning methods?
A.  

1

 B.  

2

 C.  

3

 D.  

4