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The ANTARES Neutrino Telescope can determine the arrival direction of a muonic High Energy Neutrino (HEN) with a precision well below $1^{\circ}$ above 1 TeV. The detection of such a HEN in coincidence with a Gravitational Wave (GW) event would then improve the localization of the GW source, facilitating the search for electromagnetic counterparts.  The results of such targeted HEN searches for the 3 GW events (GW150914, GW151226, both confirmed signals, and LVT151012, an event candidate) detected during the Observation Run O1 of Advanced LIGO in 2015-2016 are presented.  The principles of a sub-treshold analysis, which looks for time and space correlations between HEN detected by ANTARES or IceCube and GW candidates of low signal-to-noise ratio detected by LIGO during O1 are presented. The specific procedure optimized to select HEN candidates in ANTARES data is emphasized.

Searching for High Energy Neutrinos detected by ANTARES in coincidence with Gravitational Wave signals observed during LIGO Observation Run O1