Associative Network of ‘Indira Gandhi National Open University’
Question 1: Draw an Associative Network of ‘Indira Gandhi National Open University’ on the basis of information contained in ‘Student Handbook and Prospectus’ of ‘School of Information Sciences, DEC Building, Maidan Garhi, New Delhi 110068’,
(Hint: Figure 7.3 Page 129 pf “Introduction to Artificial Intelligence and Expert systems’ by D.W.Patterson, Prentice-Hall of India, 1992).
Answer:
Associative Network of Indira
Gandhi National Open University
Question 2:
(Ref. Chapter 7, Introduction to Artificial Intelligence and Expert Systems by D.W.Patterson, Prentice-Hall of India, 1992).
i) Transform the conceptual graphs given below into equivalent FOPL statements:
a) [PERSON: sue] <- (AGENT) <- [DRINK] -> (OBJECT) -> [FOOD: milk] (INSTRUMENT) -> (GLASS)
Answer: "x $y $z ((PERSON(x)à(DRINK(y) & MILK(z)) à GLASS(x,y,z))
b) (PAST) -> [[CAMEL: clyde] <-(AGENT) <-(DRINK)->(OBJECT) -> [WATER] -> (ATTRIBUTE) -> [GALLONS]]
Answer :
"x $y $z ((CAMEL(x) à (DRINK(y) & WATER(z)) à 50GALLONS(x,y,z))
Associative
Network of ‘Indira Gandhi
National Open University’
'Episodic
Memory Organization Packets’
(E-MOPS)
'Frame
Problem’ in context of
‘Knowledge Organization
and Management’.
Object description of ‘windshield
wiper’ State what variable
bindings , if any, will make
the following lists match:
(?x *y a b c(d e))
and
(a (j k (f)) a b c *z)
Associative
Network of ‘Indira Gandhi
National Open University’ Question 1: Draw an Associative
Network of ‘Indira Gandhi
National Open University’
on the basis of information
contained in ‘Student
Handbook and Prospectus’
of ‘School of Information
Sciences, DEC Building, Maidan
Garhi, New Delhi 110068’,
(Hint: Figure 7.3 Page 129
pf “Introduction to Artificial
Intelligence and Expert systems’
by D.W.Patterson, Prentice-Hall
of India, 1992). Answer: Question 2: (Ref. Chapter 7, Introduction
to Artificial Intelligence and
Expert Systems by D.W.Patterson,
Prentice-Hall of India, 1992).
i) Transform the conceptual
graphs given below into equivalent
FOPL statements: a) [PERSON: sue] <- (AGENT)
<- [DRINK] -> (OBJECT)
-> [FOOD: milk] (INSTRUMENT)
-> (GLASS) Answer: "x
$y
$z
((PERSON(x)à(DRINK(y)
& MILK(z)) à
GLASS(x,y,z))
b) (PAST) -> [[CAMEL: clyde]
<-(AGENT) <-(DRINK)->(OBJECT)
-> [WATER] -> (ATTRIBUTE)
-> [GALLONS]] Answer : "x
$y
$z
((CAMEL(x)
à
(DRINK(y) & WATER(z)) à
50GALLONS(x,y,z)) (?x *y a b c(d e)) Copyright © 2000- 2007 Lay Networks All
rights reserved. 
Associative Network of Indira
Gandhi National Open University
Associative
Network of ‘Indira Gandhi
National Open University’
'Episodic
Memory Organization Packets’
(E-MOPS)
'Frame
Problem’ in context of
‘Knowledge Organization
and Management’.
Object description of ‘windshield
wiper’ State what variable
bindings , if any, will make
the following lists match:
and
(a (j k (f)) a b c *z)
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