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Deep active learning for Interictal Ictal Injury Continuum EEG patterns

par Ge, Wendong;Jing, Jin;An, Sungtae;Herlopian, Aline;Ng, Marcus;Struck, Aaron A.F.;Appavu, Brian L;Johnson, Emily E.L.;Osman, Gamaleldin;Haider, Hiba Arif;Karakis, Ioannis;Kim, Jennifer Ahjin;Halford, Jonathan J.J.;Dhakar, Monica M.B.;Sarkis, Rani;Swisher, Christa C.B.;Schmitt, S.E.;Lee, Jongwoo J.W.;Tabaeizadeh, Mohammad;Rodriguez, Andres;Gaspard, Nicolas ;Gilmore, Emily Jean;Herman, Susan S.T.;Kaplan, Peter P.W.;Pathmanathan, Jay;Hong, Shenda;Rosenthal, Eric E.S.;Zafar, Sahar F;Sun, Jimeng;Westover, Michael Brandon
Référence Journal of neuroscience methods, 351, 108966
Publication Publié, 2021-03-01

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Titre:	Deep active learning for Interictal Ictal Injury Continuum EEG patterns
Auteur:	Ge, Wendong; Jing, Jin; An, Sungtae; Herlopian, Aline; Ng, Marcus; Struck, Aaron A.F.; Appavu, Brian L; Johnson, Emily E.L.; Osman, Gamaleldin; Haider, Hiba Arif; Karakis, Ioannis; Kim, Jennifer Ahjin; Halford, Jonathan J.J.; Dhakar, Monica M.B.; Sarkis, Rani; Swisher, Christa C.B.; Schmitt, S.E.; Lee, Jongwoo J.W.; Tabaeizadeh, Mohammad; Rodriguez, Andres; Gaspard, Nicolas; Gilmore, Emily Jean; Herman, Susan S.T.; Kaplan, Peter P.W.; Pathmanathan, Jay; Hong, Shenda; Rosenthal, Eric E.S.; Zafar, Sahar F; Sun, Jimeng; Westover, Michael Brandon
Informations sur la publication:	Journal of neuroscience methods, 351, 108966
Statut de publication:	Publié, 2021-03-01
Sujet CREF:	Neurosciences cognitives
Mots-clés:	Active learning
	Convolutional neural network
	Electroencephalography(EEG)
	Embedding map
	Ictal Interictal Injury Continuum
	Machine learning
	Seizure
Note générale:	SCOPUS: ar.j
Langue:	Anglais
Identificateurs:	urn:issn:0165-0270
	info:doi/10.1016/j.jneumeth.2020.108966
	info:pii/S0165027020303897
	info:scp/85094602767
	info:pmid/33099261