Communications Biophysics
Citable URI:
http://hdl.handle.net/1721.1/56512
| Title: | Communications Biophysics |
| Author: | Siebert, William M.; Peake, William T.; Weiss, Thomas F.; Braida, Louis D.; Durlach, Nathaniel I.; Lim, Jae S.; Purks, Steven R.; Rabinowitz, William M.; Singer, Elliot; Colburn, H. Steven; Domnitz, Robert H.; Esquissaud, Phillipe; Shepard, Neil T.; Stern, Richard M., Jr.; Walkowski, Yvonne M.; Schultz, Martin C.; Bahler, Lawrence G.; Beguesse, Ian M.; Gluss, David H.; Hicks, Bruce L.; Lippmann, Richard P.; Besen, Peter D.; Golub, Howard L.; Ingard, K. Uno; Houtsma, Adrian J. M.; Henke, William L.; Chow, Mark D.; Boland, Robert P. W.; Allen, John S.; Willett, John C.; Searle, Campbell L.; Cuddy, David R.; Davis, Mark F.; Freeman, Dennis M.; Krasner, Michael A.; Frishkopf, Lawrence S.; Oman, Charles M.; Baden-Kristensen, Keld; Tole, John R.; Wiegner, Allen W.; Conrad, Chester H.; Walters, Joseph B., Jr. |
| Publisher: | Research Laboratory of Electronics (RLE) at the Massachusetts Institute of Technology (MIT) |
| Issue Date: | 1975-01 |
| Description: | Contains research objectives and summary of research on thirteen research projects split into four section. |
| URI: | http://hdl.handle.net/1721.1/56512 |
| Other Identifiers: | RLE_PR_115_XX |
| Is Part Of | Massachusetts Institute of Technology, Research Laboratory of Electronics, Progress Report, January 1975 Communication Sciences and Engineering Communications Biophysics |
| Series/Report no.: | Massachusetts Institute of Technology. Research Laboratory of Electronics. Progress Report, no. 115 |
| Keywords: | Communications Biophysics, Signal Transmission in the Auditory System, Auditory Psychophysics, Intensity Perception and Loudness, Binaural Hearing, Hearing Aids, Musical Pitch, Musical Acoustics, Localization and Signal Separation, Transduction Mechanisms in Lateral Line Organs, Transduction Mechanisms in Vestibular Organs, Studies of Receptor Potentials in Lateral Line Hair Cells, Transduction in the Semicircular Canals of Fish, Development of a Quantitative Vestibular/Neurological Test Battery, Biomedical Engineering, Contraction Sequence Controller for Isolated Cardiac Muscle Experiments, Cardiac Electrophysiology, Arrhythmia Analysis System for Ambulatory Subjects |
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