There are 10 studies that match your criteria.
Criteria: Freq Range=300 kHz - 300 GHz (RF/mmW/THz),Study Type=Human / Provocation,Study Subtype=EEG, Event Related Potentials, Sleep Disturbances,Status=Completed Without Publication

Details - Project ID 134
Lab	AF Inst. of Aviation Medicine, Poland
Study Design	900 MHz (GSM) exposure to volunteers and analysis of EEG
Summary	Variations in spectral power recorded in different bands
Citation
Details - Project ID 141
Lab	Bochum-Langendreer, FRG
Study Design	900 MHz (GSM) exposure to humans and analysis of EEG and cognitive function in human
Summary	No effect on delta (0 - 4 Hz), theta (4 - 7 Hz) alpha (8 - 12 Hz), or beta (12 - 30 Hz) bands or cognitive function tasks
Citation
Details - Project ID 143
Lab	University of Montpillier, France
Study Design	900 MHz (GSM) exposure to humans and analysis of EEG and auditory evoked potentials
Summary	No significant effect on brainstem response or EEG recordings
Citation
Details - Project ID 144
Lab	University of Munich, FRG
Study Design	900, 1800 MHz (GSM) exposure to humans and analysis of EEG and visually evoked potentials
Summary	No effects on resting EEG or evoked recordings in the alpha (8 - 12 Hz) band
Citation
Details - Project ID 146
Lab	University of Gieben, FRG
Study Design	900 MHz (GSM) exposure to humans and analysis of EEG (re-evaluation of data from Project #136 von Klitzing)
Summary	No consistent effects on the alpha (8-12 Hz) frequency band
Citation
Details - Project ID 151
Lab	University of Kiel, FRG
Study Design	900 MHz (GSM) to humans and analysis of EEG and sleep
Summary	No effects on EEG, EMG, or EOG, memory and vigilance tasks, or sleep
Citation
Details - Project ID 163
Lab	Swiss Dept. Environ., Forests & Landscape
Study Design	6.1-21.8 MHz (FM) broadcasting tower exposure to residents of Schwarzenburg Switzerland and analysis of sleep disturbances and melatonin
Summary	Increased subjective complaints (sleep disruption, nervousness, restlessness, insomnia, fatigue, pain), decreased student grade-school performance, no effect on melatonin (nighttime 6-OHMS excretion)
Citation	Altpeter, ES et al. Bioelectromagnetics, (2006) 27:142-150 Altpeter, ES et al. University of Berne, Inst. for Social & Preventive Medicine, Study No. 55, (1995) :- Abelin, T et al. Somnologie (Somnology)., (2005) 9:203-209
Details - Project ID 259
Lab	University of Leipzig, FRG
Study Design	900 MHz (GSM) exposure to humans and analysis of visually evoked potentials
Summary	No effects
Citation
Details - Project ID 839
Lab	Inst Environ Indust Med, Korea
Study Design	1.765 GHz (CDMA) exposure to humans and analysis of EEG recordings
Summary	Preliminary report of no significant effects on any EEG band
Citation
Details - Project ID 1526
Lab	Graz University of Technology, Austria
Study Design	RF exposure to self reported hypersensitive individuals and analysis of sleep quality and EEG
Summary	Some effects were reported due to RF exposures, although GSM base station signals were not the dominant contributor to the ambient RF within subjects' homes.
Citation