Resources

Brochures : Quick-Start Notes : Manuals : Publications

Brochures, including Technical Specifications

• HearID Auditory Diagnostic System (226 kB )
• HearID MEPA3 Brochure (246 kB )
• HearID DP Distortion-Product Otoacoustic Emissions System (226 kB ).
• HearID TE Transient-Evoked Otoacoustic Emissions System (171 kB ).

Quick-Start Notes

The Quick Start Notes are designed to get you up and running HearID fast! They do not take the place of the manuals, which we recommend are read thoroughly before testing patients.

• HearID R3.3 Quick Start Notes - Installation (147 kB )
• HearID R3.3 Quick Start Notes - User (135 kB )
• HearID R3.3 Quick Start Notes - MEPA (137 kB )
• HearID R3.3 Quick Start Notes - DPOAE (135 kB )
• HearID R3.3 Quick Start Notes - TEOAE (135 kB )
• HearID R3.3 Quick Start Notes - Opening Old Databases (198 kB )
• HearID R3.3 Quick Start Notes - Upgrading to R3.3 (142 kB )

Manuals

These manuals are compatible with the latest version of HearID. They may not be compatible with your HearID system if you have an earlier model. Contact your vendor or Mimosa Acoustics if you need an earlier version.

• HearID R3.3 Installation Manual (4.42 MB ).
• HearID R3.3 General User's Manual (2.04 MB ).

Publications

• Allen, J. B., Jeng, P. S., Levitt, H. (2005). Evaluation of Human Middle Ear Function Via An Acoustic Power Assessment. Journal of Rehabilitation Research & Development 42(4), 63-78.
  
  Abstract—Measurements of middle ear (ME) acoustic power flow (power reflectance, power absorption, and transmittance) and normalized impedance (acoustic resistance, acoustic reactance, and impedance magnitude) were compared for their utility in clinical applications. Transmittance, a measure of the acoustic power absorbed by the ME, was found to have several important advantages over other measures of acoustic power flow. In addition to its simple and audiologically relevant physical interpretation (absorbed power), the normal transmittance curve has a simple shape that is visually similar to the ME transfer function. The acoustic impedance measures (resistance and reactance) provided important additional information about ME status and supplemented transmittance measurements. Together these measurements can help identify unusual conditions such as eardrum perforations. While this article is largely a review of the development of a commercial power reflectance measurement system, previously unpublished experimental results are presented.
  • Download Full Document (810 kB)
  • Read on publisher's website
    
• Jeng, P. S., Allen, J. B., Gross, M. (2006). Evaluating ME Function via an Acoustic Power Assessment. Presented at AAA.
  • Download Full Document (1 MB )
    
• Jeng, P. S., Levitt, H., Lee, W. W., and Gravel, J. S. (2001). "Reflectance measures for detecting otitis media with effusion in children: Preliminary findings," in Recent Advances in Otitis Media with Effusion, Proceedings of the Seventh International Symposium (Ft. Lauderdale), pp. 194-199.
  
• Lapsley Miller, J. A., Boege, P., Marshall, L., & Jeng, P. S. (2004). Transient-evoked otoacoustic emission: Preliminary results for validity of TEOAEs implemented on Mimosa Acoustics T2K measurement system v3.1.3. (Technical Report No. 1232). Groton, CT.: Naval Submarine Medical Research Laboratory.
  • Download Full Document (815 kB )
    
• Lapsley Miller, J. A., Boege, P., Marshall, L., Shera, C., & Jeng, P. S. (2004). Stimulus-frequency otoacoustic emissions: Validity and reliability of SFOAEs implemented on Mimosa Acoustics SFOAE measurement system v2.1.18. (Technical Report No. 1231). Groton, CT.: Naval Submarine Medical Research Laboratory.
  • Download Full Document (978 kB )

Brochures : Quick-Start Notes : Manuals : Publications