Eco514 Game Theory Lecture 2: (Iterated)Best Response Operators Marciano Siniscalchi September 21, 1999 Introduction This lecture continues the analysis of normal-form games. We analyze general, non-zerosum games, emphasizing the informal\equation\: Rational Behavior+ Assumptions about Beliefs=Solution Concepts

Eco514 Game Theory Lecture 15: Sequential Equilibrium Marciano Siniscalchi November 11, 1999 Introduction The theory of extensive games is built upon a key notion, that of sequential rationality, and a key insight, the centrality of off-equilibrium beliefs. The definition of sequential equilibrium

Eco514 Game Theory Lecture 13: Repeated Games(2) Marciano Siniscalchi October 28, 1999 Introduction [Again, by and large, I will follow OR, Chap. 8, so will keep these notes to a minimum.] Review of key definitions

Eco514 Game Theory Lecture 11: Subgame Perfection Marciano Siniscalchi October 21, 1999 Introduction The notion of subgame perfection is the cornerstone of the theory of extensive embodies its key intuitions-and provides a vivid example of the difficulties inhere games

Product Life Cycle Sales Profit Sales Profit time Product Development Introduction Growth Maturity Decline

Chapter 1 Objectives After you have read and studied this chapter, you should be able to Name the basic components of object-oriented programming. Differentiate classes and objects. Differentiate class and instance methods. Differentiate class and instance data values

1.1 Introduction Any problems about signal analyses and processing may be thought of letting signals trough systems. f(t) y(t) h(t) From f(t) and h(t), find y(t), Signal processing From f(t) and y(t), find h(t), System design From(t)andh(t), find(t), Signal reconstruction

Introduction Ideally, the system parameters along with the signal variables have infinite precision taking any value between -oo and · In practice, they can take only discrete values within a specified range since the registers of the digital machine where they are stored are of finite length

遗传学( Genetics)是研究生物的遗传和变异的科学。 生物有许多特征区别于非生物,但是最重要的是以下两点:第 是生存,第二是繁衍种族。生物通过各种方式繁衍种族。低等的单 细胞生物通过简单的细胞分裂来繁殖,较高等的多细胞生物通过无 性生殖又可通过有性生殖来繁殖。无论是什么方式,都是保证生命 在世代间的延续,并使子代和亲代相似

A Simple Binomial Model of Stock Price Movements In a binomial model, the stock price at the BEGINNING of period can lead to only 2 stock prices at the END of that period