Classifier Instance:

Anchor text: bi-wired
Target Entity: Bi\u002dwiring
Preceding Context: Parallel crossovers are by far the most common. Electrically the filters are in parallel and thus the various filter sections do not interact. This makes two-way crossovers easier to design because the sections can be considered separately, and because component tolerance variations will be isolated. Parallel crossovers also have the advantage of allowing the speaker drivers to be
Succeeding Context: . In the years before computer modeling, simplistic three-way crossovers were designed as a pair of two-way crossovers, but the advent of iterative design software has taught that this old technique creates excess gain and a 'haystack' response in the midrange output, together with a lower than anticipated input impedance.
Paragraph Title: Parallel
Source Page: Audio crossover

Ground Truth Types:

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|  |  |  |  |---wordnet_device_103183080_rest

Predicted Types:

TypeConfidenceDecision
wordnet_artifact_100021939-0.5783646434496091 0
wordnet_event_100029378-0.9957404176850588 0
wordnet_organization_108008335-1.2862084317833515 0
wordnet_person_100007846-0.7739520201059851 0
yagoGeoEntity-1.730126648445279 0
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|  |---wordnet_organization_108008335
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