2nd Assignment at AI
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1) Problem 2.1 from [GR], page 92(107) 
2) Problem 2.2 from [GR], page 92(107) 

3) Problem 7.1 from [GR], page 360(371) 
4) Problem 7.2 from [GR], page 360(371) 
5) Problem 7.3 from [GR], page 360(371) 
6) Problem 7.4 from [GR], page 360(371) 
7) Problem 7.5 from [GR], page 360(371) 
8) Problem 7.6 from [GR], page 360(371) 
9) Problem 7.7 from [GR], page 360(371) 
10) Problem 7.8 from [GR], page 360(371)
11) Problem 7.9 from [GR], page 360(371)
12) Problem 7.10 from [GR], page 360(371) 
13) Problem 7.11 from [GR], page 360(371)
14) Problem 7.12 from [GR], page 360(371)
15) Problem 7.13 from [GR], page 360(371)
16) Problem 7.14 from [GR], page 360(371)

17) (from [GR] problem 8.1, page 399(410))
Given the following deftemplates for facts describing a family tree,
(deftemplate father-of (slot father) (slot child))
(deftemplate mother-of (slot mother) (slot child))
(deftemplate male (slot person))
(deftemplate female (slot person))
(deftemplate wife-of (slot wife) (slot husband))
(deftemplate husband-of (slot husband) (slot wife))
Write rules that infer the following relations. Describe the deftemplates you use to solve the problem.
a) Uncle, aunt
b) Cousin
Run the expert system for your own family tree.

18) (problem 8.1 from [GR], page 399(410))
Same as 1) Write rules that infer the following relations. Describe the deftemplates you use to solve the problem.
c) Grandparent
d) Grandfather, grandmother

19) (problem 8.1 from [GR], page 399(410))
Same as 1) Write rules that infer the following relations. Describe the deftemplates you use to solve the problem.
e) Sister, bother

20) (problem 8.1 from [GR], page 399(410))
Same as 1) Write rules that infer the following relations. Describe the deftemplates you use to solve the problem.
f) Ancestor

21) Problem 8.2 from [GR], page 399(410)
22) Problem 8.3 from [GR], page 400(411)
23) Problem 8.4 from [GR], page 400(411)
24) Problem 8.5 from [GR], page 400(411)
25) Problem 8.6 from [GR], page 400(411)
26) Problem 8.7 from [GR], page 401(412)
27) Problem 8.9 from [GR], page 401(412)
28) Problem 8.11 from [GR], page 402(413)
29) Problem 8.12 from [GR], page 402(413)
30) Problem 8.13 from [GR], page 402(413)
31) Problem 8.14 from [GR], page 402(413)
32) Problem 8.15 from [GR], page 403(414)
33) Problem 8.16 from [GR], page 403(414)
34) Problem 8.17 from [GR], page 403(414)
35) Problem 8.18 from [GR], page 404(415)

36) Problem 9.10 a) from [GR], page 431(442) 
37) Problem 9.1 from [GR], page 430(441)
38) Problem 9.2 from [GR], page 430(441)
39) Problem 9.4 from [GR], page 431(442)
40) Problem 9.6 from [GR], page 431(442)
41) Problem 9.7 from [GR], page 432(443) (just the first 7 countries)
42) Problem 9.7 from [GR], page 432(443) (just the last 7 countries)
43) Problem 9.8 a) from [GR], page 432(443) 
44) Problem 9.8 b) from [GR], page 432(443) 

Bibliography:
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[GR] Giarratano J., Riley G. – Expert Systems Principles and Programming, 3rd edition, PWS Publishing, 2002 


Important Notes: 	
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1) RECOMMENDED DUE DATE for the 2nd assignment is in weeks 10-12 

2) When can you present your project? At the end of the lab 
OR at the end of the lecture, 
OR at the consultations (Mondays from 8:30-9:30)

3) The assignment has to be DELIVERED IN PERSON, NO e-mails, because you will be asked questions about it.

4) Direct consequence of 2) and 3) is the in weeks 13 and 14 I can just see a limited number of projects and thus the rest will be 
REJECTED.

5) Only projects in CLIPS or JESS are allowed, 2 students can take the same assignment, but they MUST have different solutions.

6) After presenting the project at class, you will be required to send it by e-mail with the following Subject "ASSGN2 AI". 
See points 2) and 3) also!