Difference between revisions of "Russia.68.Decision support techniques"
From COST Action FP0804: FORSYS
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{{Decision support techniques | {{Decision support techniques | ||
| − | |Has forest model= | + | |Has forest model=Any simulation method,Any statistics method,Monte Carlo simulation |
|Has ecological model=Carbon and nitrogen flows,Carbon sequestration | |Has ecological model=Carbon and nitrogen flows,Carbon sequestration | ||
|Has social model= | |Has social model= | ||
|Has MCDM method=Multi-Criteria Approval | |Has MCDM method=Multi-Criteria Approval | ||
|Has optimisation package= | |Has optimisation package= | ||
| − | |Has optimisation algorithm= | + | |Has optimisation algorithm=Any optimisation method,Dynamic programming,Linear programming,Metaheuristic algorithm,Nonlinear programming |
|Has risk evaluation= | |Has risk evaluation= | ||
|Has uncertainty evaluation= | |Has uncertainty evaluation= | ||
Latest revision as of 18:36, 3 April 2013
Decision support techniques
| Has forest model | Any simulation method, Any statistics method, Monte Carlo simulation |
|---|---|
| Has ecological model | Carbon and nitrogen flows, Carbon sequestration |
| Has social model | |
| Has other models | Forest landscape development, Harvest scheduling, Harvesting technology selection, Log bucking optimization / roundwood output, Stand development, Wood supply chain optimization |
| Has MCDM method | Multi-Criteria Approval |
| Has optimisation package | |
| Has optimisation algorithm | Any optimisation method, Dynamic programming, Linear programming, Metaheuristic algorithm, Nonlinear programming |
| Has risk evaluation | |
| Has uncertainty evaluation | |
| Has planning scenario | |
| Has other methods |
- has related Forest planning problem type:Russia.68
