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  1. 7) Agent Based Computational Economics Duffy, John. “Agent-Based Models and Human Subject Experiments.” Handbook of Computational Economics 2 (2006): 949–1011. Tesfatsion, Leigh. “Agent-Based Computational Economics: A Constructive Approach to Economic Theory.” Handbook of Computational Economics 2 (2006): 831–80. Discussion

  2. Stanford University Department of Economics, Econ 288 Autumn Quarter 2002-2003 11:00 a.m. - 12:50, Tuesday and Thursday Economics 218. Dr. Kenneth L. Judd Hoover Institution Rm. 334, Herbert Hoover Memorial Bldg. 723-5866 judd@hoover.stanford.edu.

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  4. This course is intended to confront Ph.D. students in economics, finance, and related fields with recent tools developed in applied mathematics, machine learning, computational science, and the computational economics literature to solve and estimate (dynamic stochastic) economic models. This course consists of three large topical blocks:

  5. economic problems. That includes projection approaches to ordinary and partial differential equations as well as topics in high-dimensional integration. Third, we cover perturbation and bifurcation techniques which are useful in economics problems. We give economic examples as we discuss numerical methods, including Nash equilibrium and

  6. Richer and more complex economic models. What can we solve analytically? Challenges of economic dynamics. Estimation of the models. Methodology. Objectives of the course. Outline of the course. Review of the topics. 2. Outline and key ingredients of global solution methods. Neoclassical growth model. Bellman equation. Euler equation.

  7. Stefano Zambelli. Computations, Approximations and Simulations are the three pillars on which an epistemology of economic theory should be founded. To these must be added methodologically rigorous mathematical notions of constructivity (Brouwer), solvability (Turing) and decidability (Gödel), to make economics meaningfully applicable.

    • Hans Amman
  8. Overview. Computational Economics is a multidisciplinary journal that integrates computational science with all branches in economics, to understand and solve complex economic problems. Presents new research on computational methods in various areas: econometrics, agent-based modeling, machine learning, and dynamic systems optimization.

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