I am Melonie & LOVE children of all ages. Each phase has something exciting & wonderful to offer. Stay-at-home mom for 20 years, I raised 4 amazing sons. Volunteered in school, church & cub scouts, many leadership positions, taught parenting classes. Arts & Crafts Junior High School Teacher, worked in mental health. Taking care of your children & making a positive impact in their lives would be very rewarding for me. My attributes are reliable, dependable, honest, hardworking, loving, gentle, kind, nurturing, passionate, organized & multi-tasking. Helping children to become self-confident, loving & caring people, as they learn how they fit in this big world, is very exciting for me. I look forward to sharing what I have to offer to you as a nanny. I am considered to be a Professional Nanny Manager as I plan meals, grocery shop, prepare and serve meals, do laundry and ironing as well as care for the children. Basically I manage the household to help keep it running smoothly.
In 2009, Stephen Beeby of The University of Southampton led research into utilizing otoacoustic emissions for biometric identification. Devices equipped with a microphone could detect these subsonic emissions and potentially identify an individual, thereby providing access to the device, without the need of a traditional password. It is speculated, however, that colds, medication, trimming one's ear hair, or recording and playing back a signal to the microphone could subvert the identification process.
OAEs are considered to be related to the amplification function of the cochlea. In the absence of external stimulation, the activity of the cochlear amplifier increases, leading to the production of sound. Several lines of evidence suggest that, in mammals, outer hair cells are the elements that enhance cochlear sensitivity and frequency selectivity and hence act as the energy sources for amplification. One theory is that they act to increase the discriminability of signal variations in continuous noise by lowering the masking effect of its cochlear amplification.