Logo

Mechanism Design and Approximation

Small book cover: Mechanism Design and Approximation

Mechanism Design and Approximation
by


Number of pages: 349

Description:
The text presents the classical theory of economic mechanism design and introduces a new theory of approximation for mechanism design. A central theme will be the tradeoff between optimality and other desirable properties such as simplicity, robustness, computational tractability, and practicality.

Home page url

Download or read it online for free here:
Download link
(2.4MB, PDF)

Similar books

Book cover: Dynamic Economics: Theoretical and Statistical Studies of Demand, Production and PricesDynamic Economics: Theoretical and Statistical Studies of Demand, Production and Prices
by - Principia Press
Contents: Static Versus Dynamic Economics; Demand for Consumer Goods; Automotive Demand for Gasoline; Demand for Agricultural Products; Demand for Capital Goods; Factors Influencing Residential Building; Growth and Decline of Industry; etc.
(7056 views)
Book cover: Demand Model Estimation and ValidationDemand Model Estimation and Validation
by - University of California
From the table of contents: Theory and Estimation of Behavioral Travel Demand Models; Development, Testing, and Validaton of a Work-Trip Mode-Choice Model; Modeling Choices Other than Work-Trip; Issues in Demand Modeling and Forecasting.
(7705 views)
Book cover: Introduction to Python for Econometrics, Statistics and Numerical AnalysisIntroduction to Python for Econometrics, Statistics and Numerical Analysis
by
Python is a widely used general purpose programming language, which happens to be well suited to Econometrics and other more general purpose data analysis tasks. These notes provide an introduction to Python for a beginning programmer.
(19534 views)
Book cover: Lectures in Quantitative EconomicsLectures in Quantitative Economics
by - QuantEcon
This website presents a series of lectures on quantitative economic modeling. From the table of contents: Data and Empirics; Tools and Techniques; Dynamic Programming; Multiple Agent Models; Time Series Models; Dynamic Programming Squared.
(1880 views)