id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_b54g353yvvbsjkxzuwfke52piy	Rens Bod	Towards a General Model of Applying Science	2006	19	.pdf	application/pdf	9338	694	62	conditions but by modelling them on previously derived phenomena that function as exemplars. To accomplish this, DOP proposes to maintain a corpus of derivation trees of previous exemplars, DOP proposes that new phenomena can be derived by combining subtrees Derivation tree for Kepler's third law from the subtree in figure 3 Figure 5 shows that we can create new derivation trees by combining subtrees from This DOP model employs (1) a corpus of derivation trees representing exemplars and second exemplar can be represented by the derivation tree in figure 6. When we add the tree in figure 6 to our corpus of exemplars, we can also derive the exemplar the derivation in figure 4 is modelled on. DOP can simulate this exemplar-based modelling by combining those derivational acknowledged that sentence derivations can be represented by tree structures, similar to Deriving a new sentence by combining subtrees from figure 12 	./cache/work_b54g353yvvbsjkxzuwfke52piy.pdf	./txt/work_b54g353yvvbsjkxzuwfke52piy.txt