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The purpose of this course is to provide students with the basic theories of Marxian and other non-mainstream economics by using mathematical methods.
The course not only provides different explanation concerning the same phenomena (e.g. positiveness of prices) from the mainstream economics but also deals with the phenomena which are not explained in the orthodox textbooks.
Given the tendency that unequal distribution of income and wealth is growing all over the world, Marxian as well as other non-mainstream economics are recently revisited. Due to this course, it is expected that the different ways of thinking about capitalist economies from the mainstream are possible.
The purpose of this course is to provide students with the basic theories of Marxian and other non-mainstream economics by using mathematical methods.
The course not only provides different explanation concerning the same phenomena (e.g. positiveness of prices) from the mainstream economics but also deals with the phenomena which are not explained in the orthodox textbooks.
Given the tendency that unequal distribution of income and wealth is growing all over the world, Marxian as well as other non-mainstream economics are recently revisited. Due to this course, it is expected that the different ways of thinking about capitalist economies from the mainstream are possible.
動学マクロ経済モデルの解法を習得し、標準的な経済成長理論と景気循環理論を学習する。経済成長と景気循環の背後にある経済学的メカニズムとそれに対する適切な経済政策について理解することを目的とする。
In this course, students will learn how to solve dynamic macroeconomic models and study standard economic growth and business cycle theories. The objective is to understand the mechanisms behind economic growth and business cycles and appropriate economic policies.
動学マクロ経済モデルの解法を習得し、標準的な経済成長理論と景気循環理論を学習する。経済成長と景気循環の背後にある経済学的メカニズムとそれに対する適切な経済政策について理解することを目的とする。
In this course, students will learn how to solve dynamic macroeconomic models and study standard economic growth and business cycle theories. The objective is to understand the mechanisms behind economic growth and business cycles and appropriate economic policies.
Google Classroom クラスコード: s7iedvb
大学院シラバス・時間割・履修登録: https://www.eng.tohoku.ac.jp/edu/syllabus-g.html
社会基盤計画や交通・都市・地域計画の立案・分析・評価の際には,空間経済システムのモデリングとそれに基づく計量的分析が欠かせない.本講義は,そのための基本的な枠組みとシステマテックな分析の方法論を提供する.より具体的には,まず,交通・通信ネットワーク・フロー(授業計画の第Ⅱ部),および立地・土地利用現象(授業計画の第Ⅲ部)に対する標準的な均衡モデルを紹介し,それらが,ポテンシャル・ゲームや変分不等式問題として統一的に表現できることを示す.そして,その枠組みを用いたモデル特性の解析や計算アルゴリズム開発の系統的な方法が示される.さらに,これらのモデルを一般化した集団ゲーム(Population Game)の枠組みと変分不等式問題の関係や,進化ゲーム・ダイナミクスに基づく均衡解の安定性について(授業計画の第Ⅳ部)議論する.
The class code for Google Classroom can be found on the Web site of the School of Engineering:
https://www.eng.tohoku.ac.jp/english/academics/master.html (under "Timetable & Course Description")
Modeling and quantitative analysis of spatial economic systems are indispensable for planning, analysis, and evaluation of infrastructure systems. This lecture provides the basic framework and systematic methodology for this purpose. We will first introduce standard equilibrium models for transportation/communication networks and urban land use, which can be expressed in a unified manner as potential games and variational inequality problems (VIPs). Systematic methods for analyzing model properties and developing computational algorithms will then be presented. Furthermore, the relationship between the VIPs and the theory of population game and evolutionary game dynamics will be discussed.
See also the following web page for this course:
http://www.plan.civil.tohoku.ac.jp/~akamatsu/MathUrban/syllabus.html