The long-term objective of the project is to develop a noninvasive, reliable, safe, and rapid system for measuring body volume in humans and animals. a volume measurement technique which requires little subject cooperation, unlike currently available methods, could be usefully applied to neonates,… More

In this project, an advanced underwater acoustic intensity measurement system will be designed, built and tested. this system consists of a multi-sensor probe-type array, a real-time spectrum analyzer and a mini-computer system with built-in in-situ calibration capability. the system is capable of… More

Recent research has established a new class of auditory responses termed otoacoustic emissions that can be objectively measured in the ear canal of all normal hearing individuals. thus, it is now possible to develop objective hearing-screening instruments for the assessment of dysfunction based upon… More