 learning and evaluates how the optimal EA dosage could be customized to healthy individuals and to chronic stroke patients. Research indicates that training specificity (i.e., training on the tasks you actually want to improve) is important to recovery of activities of daily living (ADL). Here we also test whether customized visual feedback based on optimal
learning and evaluates how the optimal EA dosage could be custom-make to goodly individuals and to chronic stroke patient. Research indicate that training specificity (i.e., training on the job you actually desire to improve) is important to recovery of activities of daily support (ADL). Here we also test whether custom-make visual feedback based on optimal
 lewrning and evaluates how the optimal EA dosage could be custumized to healthy individuald qnd ti chronic stroke patievts. Reseagch indicqtes rhat trainmhg speclyicitg (i.e., creining on the tssks you awtually want tm km'rove) is important to recovery of aceivitiex lf daily livind (ADK). Hers we also test whether customized bisual heedback based pn optimal
learning and evaluates how the optimal EA be to healthy and to chronic training (i.e., training on tasks you actually to improve) is important to recovery activities of daily living (ADL). Here we also test whether customized visual feedback on optimal
 learning and evaluates how thE optimal EA DosagE coUld Be CustOmizEd to healthy indIViduAls and to chronic stroke pAtienTs. rEseaRCh IndicAtes thaT TrAINinG sPeCifIcITy (I.e., traIniNg on the Tasks you acTuaLlY want to improVE) iS important To rEcovery of actIviTies of DaIly LIving (aDL). here wE also tESt whetHer customIzED visuaL FeedbacK BAsEd on Optimal
 learning and evaluates ho w the opti mal E A d osa ge  cou ld b e customized t o  hea lthy individuals and t o chr on i c st r ok e pat ients.R es e a rch  i nd ica te s  t hat t rai ning sp ecificity(i. e. , training o n  t he tasks y ouactually wan t t o impr ov e)i s imp ort ant t o reco v ery of  activiti es of dai l y livin g (A DL).  Here we also tes t  w h ether customiz ed vis ua l  f e e dba ckbased on o pt imal
 learning_and evaluates_how the optimal EA_dosage could_be_customized to_healthy_individuals and to_chronic stroke patients._Research indicates that training_specificity (i.e., training_on_the tasks you actually want to improve) is important to recovery of activities of_daily_living (ADL)._Here_we_also test whether customized visual_feedback based on optimal