Description: Shortest in the BFS, Dijkstra algorithm. Better network algorithm calculates a path for network problems to achieve efficient allocation of resources of great value. Title is: Given a weighted directed graph G (V, E), V is the set of vertices, E is set to have the edge, each side has to have a weight. For a given vertex s, t, and V subset V , looking s to t acyclic directed path P, such that P through V in all vertices (elapsed V nodes in order not to Claim).
If there is a directed path P, the output is no solution, the shorter the time the program runs, the more the result is considered excellent if there is a directed path P, the resulting output path, the path of the right weight is smaller, it is considered more excellent results in the output path weight the same premise, the shorter the time the program runs, the more the result is considered excellent.
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Test
....\.classpath
....\.project
....\.settings
....\.........\org.eclipse.core.resources.prefs
....\.........\org.eclipse.jdt.core.prefs
....\a.csv
....\b.csv
....\bin
....\...\deal
....\...\....\CrateModel.class
....\...\....\ProcessModel.class
....\...\....\ProcessResultSet.class
....\...\entity
....\...\......\Edage.class
....\...\......\Model.class
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....\...\......\Rule.class
....\...\......\Vertex.class
....\...\main
....\...\....\Main.class
....\...\util
....\...\....\FileUtil.class
....\src
....\...\deal
....\...\....\CrateModel.java
....\...\....\ProcessModel.java
....\...\....\ProcessResultSet.java
....\...\entity
....\...\......\Edage.java
....\...\......\Model.java
....\...\......\Result.java
....\...\......\Rule.java
....\...\......\Vertex.java
....\...\main
....\...\....\Main.java
....\...\util
....\...\....\FileUtil.java
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