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1 = Evolution and the theory of games, spring 2009 =
2
3 === Lecturer ===
4
5 [[PhD Stefan Geritz>>doc:mathstatHenkilokunta.Geritz, Stefan]]
6
7 === Scope ===
8
9 5 sp.
10
11 === Type ===
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13 Advanced studies.
14
15 === Lectures ===
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17 Weeks 3-9, Tuesday 14-16 B321 and Thursday 12-14 B322
18
19 === Exam ===
20
21 Date: April 2, 2009
22 Time: 16:00-20:00
23
24 === Contents ===
25
26 A game is a mathematical model of a situation of conflict of interests in which the optimal strategy for one player not only depends on his own decisions but also on the decisions of his opponents. The course is an introduction to game theory with emphasis on applications in evolutionary and behavioural biology.{{excerpt hidden="true" atlassian-macro-output-type="INLINE"}}=== Bibliography ==={{/excerpt}}\\
27
28 === Exercise groups ===
29
30 |=(((
31 Group
32 )))|=(((
33 Day
34 )))|=(((
35 Time
36 )))|=(((
37 Place
38 )))|=(((
39 Instructor
40 )))
41 |(((
42 1.
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44 Mon
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46 14 - 16
47 )))|(((
48 C129
49 )))|(((
50 [[Paolo Muratore-Ginanneschi>>doc:mathstatHenkilokunta.Muratore-Ginanneschi, Paolo]]
51 )))
52
53 === [[Exercises 1-4>>attach:2009Ex1-4.pdf]] ===
54
55 === [[Exercises 5-10>>attach:2009Ex5-10.pdf]] ===
56
57 === [[Exercises 11-15>>attach:2009Ex11-15.pdf]] ===
58
59 === [[Exercises 16-19>>attach:2009Ex16-19.pdf]] ===
60
61 === [[Exercises 20-23>>attach:2009Ex20-23.pdf]] ===
62
63 === [[Sample exam>>attach:sample exam.pdf]] ===
64
65 Please, in case of any doubt or questions concerning the exercises contact the Instructors
66 in due time **before** the Exam.
67
68 === The lecture notes on asymmetric games with the corrected proofs are available [[here>>attach:lecture 8.pdf]]. ===