Classifier Instance:

Anchor text: Earth
Target Entity: Earth
Preceding Context: The Heliocentric Julian Day (HJD) is the same as the Julian day, but adjusted to the frame of reference of the Sun, and thus can differ from the Julian day by as much as 8.3 minutes, that being the time it takes the Sun's light to reach
Succeeding Context: . As two separate astronomical measurements can exist that were taken when the Earth, astronomical objects, and Sun are in a straight line but the Earth was actually on opposite sides of the Sun for the two measurements, that is at one roughly 500 light seconds nearer to the astronomical than the Sun for the first measure, then 500 light seconds further from the astronomical object than the Sun for the second measure, then the subsequent light time error between two Julian Day measures can amount to nearly as much as 1000 seconds different relative to the same Heliocentric Julian Day interval which can make a significant difference when measuring temporal phenomena for short period astronomical objects over long time intervals. The Julian day is sometimes referred to as the Geocentric Julian Day (GJD) in order to distinguish it from HJD.
Paragraph Title: Alternatives
Source Page: Julian day

Ground Truth Types:

Predicted Types:

Type	Confidence	Decision
wordnet_artifact_100021939	-1.195380804397031	0
wordnet_event_100029378	-0.7378337394007872	0
wordnet_organization_108008335	-2.4584211586412206	0
wordnet_person_100007846	-2.746460778736845	0
yagoGeoEntity	1.0461287752356745	1
wordnet_location_100027167	-1.5604165601833362	0
wordnet_structure_104341686	-2.8713256962992593	0
wordnet_facility_103315023	-2.6838892957492515	0
wordnet_body_of_water_109225146	-2.4214053955327546	0
wordnet_geological_formation_109287968	-1.9069542468729281	0
wordnet_way_104564698	-2.330391140365417	0
wordnet_land_109334396	-2.1560019787549285	0