Guo Min, Qian Haizhong, Huang Zhishen, Liu Hailong, Wang Xiao. Intelligent road network selection method based on cases inductive reasoning[J]. Journal of Image and Graphics, 2013, 18(10): 1343-1353. DOI: 10.11834/jig.20131017.
The intelligence of automated generalization developed slowly because of the integration of complex generalization technology
art
and cartographers' experience. Furthermore
the intelligent generalization based on machine-learning has also been one of the problems in the progress of automated generalization. A new approach of road network intelligent selection based on cases inductive reasoning is put forward in this paper
which takes the road network selection case lib of cartographers as leaning objects
the decision tree algorithm as reasoning machine
and concludes rules from expert case lib to form a decision tree. Then
the decision tree is transformed into rules that satisfy the computer's requirement. With these rules
computer could generalize road network selection automatically. Through this approach
the core problem of transforming cartographers' experience into rules that satisfying computer generalization automatically
and generalizing road network intelligently based on the rules is solved. Examples illustrate that
the new approach can conclude the core rules from the expert case lib and generalize map automatically
and the generalization results reflect the experts' experience of cartographic generalization effectively. Achieved generalization rules are suitable and usable to other special data of similar generalization conditions. Therefore
this method undertakes a new way for the intelligent automated generalization.