Difference between revisions of "SADfLOR/DECfLOR"

Warning: require(): Unable to allocate memory for pool. in /data/home/fp0804/www/wiki/includes/AutoLoader.php on line 1191

Revision as of 14:32, 16 September 2009 (view source) Francisco Girón Gesteira (Talk | contribs) m ← Older edit		Latest revision as of 14:30, 23 September 2009 (view source) Francisco Girón Gesteira (Talk | contribs)
(One intermediate revision by one user not shown)
Line 5:		Line 5:
	Produced scenarios can be visualized geographically with the interface provided by SAGfLOR or exported to ESRI's ArcView		Produced scenarios can be visualized geographically with the interface provided by SAGfLOR or exported to ESRI's ArcView
		+	[[Category:Goal-driven DSS]]
		+	[[Category:Economic evaluation]]
		+	[[Category:Linear programming]]
	[[Category:DualPlan]]		[[Category:DualPlan]]
	[[Category:Genetic algorithms]]		[[Category:Genetic algorithms]]
Line 10:		Line 13:
	[[Category:Sequential quenching and tempering]]		[[Category:Sequential quenching and tempering]]
	[[Category:Tabu search]]		[[Category:Tabu search]]
		+	[[Image:DECfLOR soluçao.png|thumb|500px|GIS Visualization of a proposed solution by DECfLOR]]
	__TOC__		__TOC__

---

Latest revision as of 14:30, 23 September 2009

Brief overview

DECfLOR is a set of autonomous models for management modeling of forest harvest scheduling that are accessed directly through the SAGfLOR interface.

Produced scenarios can be visualized geographically with the interface provided by SAGfLOR or exported to ESRI's ArcView

Related systems

DECfLOR is part of the set of tools SADfLOR, whom also belongs:

• INfLOR
• SAGfLOR

Data and data models

Forest data input

Data for this optimization tool is provided by SAGfLOR.

Decision Support

Decision-making processes and models

For simple harvest scheduling

• DualPlan^[1]
• Genetic algorithms
• Simulated annealing
• Sequential quenching and tempering
• Tabu search

For Harvest Scheduling with adjacency constraints (URM model)

• Borges-Hoganson Heuristic

For harvest scheduling with spatial constraints (maximum harvest area, minimum harvest area, regulation of number of distinct old growth patches)

• Genetic algorithms
• Simulated annealing
• Sequential quenching and tempering

References

Cited references

1. ↑ HOGANSON H. et D.W. ROSE (1989): DUALPLAN Version 1.0: A Stand Management Scheduling System. User's Manual. Staff Papers Series no, 73.