There has been significant innovation in remote testing procedures over the past few years, accelerated in part as a result of the COVID-19 pandemic-related testing restrictions. Shifts to remote testing have included standardization of methods for survey administration and adaptations of traditional in-lab paradigms for use in remote assessments. The current project will develop and standardize a remote protocol measuring infant brain function using wireless, portable, user-friendly, single-channel EEG sensors. Infant cortical activity will be collected using the REMI (Remote EEG Monitoring System), a wireless, single-channel sensor. The sensors are applied to the head using specially designed infant-friendly adhesive stickers (to avoid skin irritation). Families of children between the ages of 1 month and 24 months will be eligible to participate in this study. Experimenters will initiate the sensors and will instruct families on how to use the REMI system independently (i.e., changing adhesive stickers when necessary). Families will then record child EEG for an extended period of time (30 minutes to 2 weeks). When recording is complete, the family will mail back all equipment to the lab.
