Class Summary |
Sim_Framework_DAG_Set_abstract |
Abstract class used to facilitate implementation of set based measures. |
Sim_Framework_DAG_Set_Bader_2003 |
Bader G, Hogue C: An automated method for finding molecular complexes in
large protein interaction networks. |
Sim_Framework_DAG_Set_Batet_2010 |
Batet M, Sanchez D, Valls A: An ontology-based measure to compute semantic
similarity in biomedicine. |
Sim_Framework_DAG_Set_Braun_Blanquet_1932 |
Braun-Blanquet J: Plant sociology: the study of plant communities. |
Sim_Framework_DAG_Set_Dice_1945 |
Dice LR: Measures of the Amount of Ecologic Association Between Species. |
Sim_Framework_DAG_Set_Jaccard_1901 |
Jaccard P: Distribution de la flore alpine dans le bassin des Dranses et dans
quelques regions voisines. |
Sim_Framework_DAG_Set_Knappe_2004 |
Knappe R, Bulskov H, Andreasen T: Perspectives on ontology-based
querying. |
Sim_Framework_DAG_Set_Korbel_2002 |
Korbel JO, Snel B, Huynen M a, Bork P: SHOT: a web server for the
construction of genome phylogenies. |
Sim_Framework_DAG_Set_Maryland_Bridge_2003 |
Mirkin B, Koonin E: A top-down method for building genome classification
trees with linear binary hierarchies. |
Sim_Framework_DAG_Set_Ochiai_1957 |
Ochiai A: Zoogeographic studies on the soleoid fishes found in Japan and
its neighbouring regions. |
Sim_Framework_DAG_Set_Simpson_1960 |
Simpson GG: Notes on the measurement of faunal resemblance. |
Sim_Framework_DAG_Set_Sokal_Sneath_1963 |
Sokal RR, Sneath PHA: Principles of numerical taxonomy. |
Sim_Framework_DAG_Set_Tversky_1977 |
Tversky A: Features of similarity. |