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Humboldt-Universität zu Berlin - Allgemeine Betriebslehre des Landbaus

Quantitative Methods in Agricultural Business Economics

Mandatory module: M.Sc. Agricultural Economics

 

Lecturers: Odening / Filler / Hüttel

 

Time
Lectures: Tuesday 08 – 10 a.m.,
room 2.01, Philippstr. 13, House 12
Exercise: Tuesday 10 – 12 a.m., PC Pool, Room A, Philippstr. 13, House 12

 

Please register for this lecture at Moodle.
In the course "Quantitative Methods in the Agricultural Business Economics" you will find details for the exercises.

 

Winter term

No. Lectures Exercises
1. Introduction / Overview
2. Investment 1: Investment criteria Mathematics of Finance
3. Investment 2: Taxes and inflation Investment 1: Investment criteria
4. Investment 3: Replacement problems Investment 2: Cost calculation
5. Investment 4: Risk / decision theory Investment 3: Case study
6. Investment 5: Risk / game theory Investment 4: Financing
7. Investment 6: Business Plans Investment 5: Replacement problems
8. Linear programming (LP) 1: Solution and interpretation of results Investment 6: Stochastic simulation with @Risk
9. LP 2: Duality, sensitivity analysis, parametric programming LP 1: Solution and interpretation of results
10. LP 3: Model specification, integer programming, non-linearity LP 2: Sensitivity analysis, Parametric programming
11. LP 4: Risk (MOTAD, CCP) LP 3: Case study
12. LP 5: MLP, multi-goal decision-making LP 4: Minimisation problems
13. Network planning LP 5: Riskprogramming, complex model specifications
14. Efficiency Analysis (DEA) Network planning with MS Project
15. Project presentation Data Envelopement Analysis (DEA)
16. Project presentation DEA cont.

 

 

References

  • BOEHLJE, M.O.; EIDMANN, V.R. (1984): Farm Management.
  • COELLI, T.; D.S. PRASADA RAO AND G.E. BATTESE (1998): An Introduction to Efficiency and Productivity Analysis.
  • DENT, J.B.; HARRISON, S.R.; WOODFORD, K.B. (1986): Farm Planning with Linear Programming: Concept and Practice.
  • HARDAKER; J. B., HUIRNE, R.B.M., ANDERSON, J.R. (1997): Coping with Risk in Agriculture.
  • HAZELL, P.B.R.; NORTON, R.D. (1986): Mathematical Programming for Economic Analysis in Agriculture.
  • HILLIER, F.J.; LIEBERMANN, G.J. (1986): Introduction to Operations Research.
  • INTRILLIGATOR, M.D. (1971): Mathematical Optimization and Economic theory.
  • KAY, R.D.; EDWARDS, W.M. (1994): Farm Management.
  • LAPIN, L.L. (1994): Quantitative Methods for business Decisions.
  • LUMBY, S.; JONES, CH. (1999): Investment Appraisal & Financial Decisions.
  • OLSON, K.D. (2004): Farm Management: Priciples and Strategies.
  • ROBISON, LINDON; J. BARRY; PETER. J. (1996): Present value models and investment analysis.
  • ROMERO, C.; REHMAN, T. (1986): Multiple Criteria Analysis for Agricultural Decision. Amsterdam.
  • THOMSON, G.; THORE, S. (1992): Computational Economics - Economic Modeling With Optimization Software.