P12-1012 shown in Table 3 under column Temporal Anchoring . They are low , due to the upper
S10-1075 complex systems . However , the temporal anchoring component performs less strongly
P12-1012 two different settings for the temporal anchoring step ; both use the collapsed
P12-1012 namely relation extraction and temporal anchoring of the extracted relations .
P12-1012 temporal anchoring , attainable if temporal anchoring is perfect . Thus , we also evaluate
P12-1012 creation time as evidence for temporal anchoring . Second , test how hard this
P12-1012 show that our implementation for temporal anchoring is able to achieve a 69 % of
W09-3033 , and then represented with a temporal anchoring . Such anchoring makes it possible
P12-1012 unified methodological approach for temporal anchoring of relations . We assume the
W09-3033 be interpreted as an implicit temporal anchoring . The next example presented
P12-1012 extraction is an upper bound for temporal anchoring , attainable if temporal anchoring
P12-1012 . Thus , we also evaluate the temporal anchoring performance as the percentage
W06-0904 Abstract Previous research on temporal anchoring and ordering has focused on the
P12-1012 evaluation TAC-KBP 2011 . For the temporal anchoring sub-problem , we have demonstrated
W04-0208 relation sometimes represents temporal anchoring , and at other times coordination
W05-0302 identify and extract events and their temporal anchoring from a text , the real aboutness
W05-0302 . Identifying events and their temporal anchorings is a critical aspect of reasoning
W09-3033 is elaborated on the basis of a temporal anchoring , even though it is also possible
P12-1012 , extraction of relations and temporal anchoring of those . We have also studied
P12-1012 judged as correct , the score for temporal anchoring depends on how well the returned
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