经典书籍，无须多介绍了！
Reviews
"Rasmusen's Games and Information provides wonderful coverage of the basics of game theory and information economics. His consistent style of presenting the theoretical structures lucidly unifies his test's wide and well-chosen range of applications. I wish that all my students could take a course based on this book, and envy them the opportunity."
------Maxwell B. Stinchcombe, University of Texas at Austin
"This is a terrific book bringing together two strands in the recent literature on economic theory, namely game theory and the economics of asymmetric information. The style is brisk, the arguments are rigorous and it seems to be pitched at exactly the right level."
------Partha Dasgupta, University of Cambridge
Contents
PART 1: GAME THEORY
1 The Rules of the Game
2 Information
3 Mixed and Continuous Strategies
4 Dynamic Games with Symmetric Information
5 Reputation and Repeated Games with Symmetric Information
6 Dynamic Games with Incomplete Information
PART 2: ASYMMETRIC INFORMATION
7 Moral Hazard: Hidden Actions
8 Further Topics in Moral Hazard
9 Adverse Selection
10 Mechanism Design in Adverse Selection and in Moral Hazard with Hidden Information
11 Signalling
PART 3: APPLICATIONS
12 Bargaining
13 Auctions
14 Pricing
*A Mathematical Appendix
09年新书，很好的知无线电 网络中的频谱接入和管理，下面是IEEE的书评：
The book is divided into three parts.
Part one is a general introduction to wire-
less communication systems, reviewing
communication architectures and tech-
nologies, as well as resource allocation
protocols and dynamic spectrum access,
discussing features, research challenges,
and standardization. Part two is a further
discussion on wireless system design with
a focus on analysis of dynamic spectrum
access systems. A brief introduction to
signal processing and optimization tech-
niques is presented, as well as basics of
game theory and intelligent algorithms
(e.g., machine learning, genetic algo-
rithms, and fuzzy logic). Finally, part
three discusses in detail dynamic spec-
trum access and management. Models
and architectures of dynamic spectrum
access are introduced and described in
detail. The authors first present the cen-
tralized dynamic spectrum access model,
and later focus on the distributed
approach. Distributed dynamic spectrum
access is discussed from the algorithmic
and protocol perspectives in separate
chapters. Finally, a spectrum trading
model is presented with its applications to
wireless communications.
This book is a valuable source of
information for people new to the con-
cept of dynamic spectrum access. Also,
scientists and engineers already involved
in dynamic spectrum access research will
find this book a good reference source.
This is one of the few books on the mar-
ket related to dynamic spectrum access
and cognitive radio written completely
by the authors themselves. Therefore, it
is very cohesive, has a very good flow,
and does not repeat itself while intro-
ducing new concepts, as do many edited
books on a similar topic available on the
market. Many concepts of dynamic spec-
trum access are well systematized in the
book, and the literature review is very
broad and complete. One small draw-
back is a bit too lengthy introduction to
wireless communication systems in part
two of the book (which can easily be
skipped by the reader). For anyone who
wishes to explore topics in dynamic spec-
trum access, this book will be a compre-
hensive source of valuable information.
