A fast and efficient algorithm to map prerequisites of landslides in sensitive clays based on detailed soil and topographical information.
Ari TryggvasonCaterina MelchiorreKerstin JohanssonPublished in: Comput. Geosci. (2015)
Keyphrases
- improved algorithm
- computational cost
- single pass
- optimization algorithm
- computationally efficient
- gradient information
- high efficiency
- detection algorithm
- worst case
- dynamic programming
- learning algorithm
- prior knowledge
- times faster
- clustering method
- space complexity
- theoretical analysis
- information sources
- high accuracy
- preprocessing
- k means
- pruning strategy
- final result
- space requirements
- decision trees
- cost function
- bayesian networks
- recognition algorithm
- convergence rate
- maximum a posteriori
- data sets
- path planning
- matching algorithm
- ant colony optimization
- energy function
- objective function
- optimal solution
- search algorithm
- linear programming
- simulated annealing
- information extraction
- mobile robot