Advanced Research Archive
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Sonic Innovations maintains an active research program which publishes regularly. Click on the titles below to download a PDF of that paper.
Note: Pearl is branded as Touch in North America where these papers were published. |
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Power BTEs:Separating Myth from Fact
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April 2010 |
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Comparison of Automatic and Adaptive Directional Behavior Among Competitive Hearing Aids
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Dec 2009 |
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Accuracy of Predicted 2cm3 Coupler Gain Values Across Manufacturers
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Aug 2009 |
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More Than a "Touch" of Benefit in a New RIC Device
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Aug 2009
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Determining Moisture Resistance Through Accelerated Product Life Testing
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July 2009
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Validation of the Noise Reduction Index (NRI)
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June 2007
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| Speech Intelligibility in Noise with Single-Microphone Noise Reduction Implemented in 9-, 16-, and 24-Channel Compressors |
June 2007 |
| A Model of Hearing Aid Benefit based on Performance Measures |
August 2006 |
| Benchtop SNR Testing of Open vs Occluded Fittings |
August 2006 |
| Performance Testing of Open Ear Devices in Noise |
August 2006 |
| A New Definition for Modern Hearing Aids (web link) |
April 2005 |
| Clinical Trial of DSP Hearing Instruments (NATURA 2SE vs. Oticon Adapto) |
September 2004 |
| The Effect of Digital Noise Reduction Time Constants on Speech Recognition in Noise |
August 2004 |
| The Noise Reduction Index: Benchtop Estimate of SNR Changes |
August 2004 |
| Virtual Environments of Standardized Validation of Amplification Benefit: Recording & Reproduction |
August 2004 |
| A Two-Site Field Trial of an Instant Fit Digital Hearing Aid |
April 2003 |
| Reception Thresholds for Sentences: Female Talker Materials |
April 2003 |
| Clinical Research Findings Confirm Benefits of Advaced Signal Processing |
September 2002 |
| Test Paradigm ManipulationDuring the Evaluation of SpeechRecognition in Noise |
August 2002 |
| Psychophysical Tuning Curves Measured with Hearing Aids: an Alternative Method |
August 2002 |
| Description, Rationale, and Efficacy of a Digital, Non-Custom,Instant-Fit CIC Hearing Aid |
August 2002 |
| Benefit from Noise Reduction and Directionality in BTEs |
April 2002 |
| Effects of Noise Reduction & Directionality in ITEs |
April 2002 |
| Can Omni - Directional Hearing Aids Improve Speech Understanding in Noise? |
September 2001 |
| An Aural Rehabilitation Tool for an Instant-Fit Hearing Aid Part 1: |
April 2001 |
| Clinical Outcomes witn an Instant-Fit DSP Hearing Aid |
April 2001 |
| Evaluation In-situ Loudness Mapping vs. an Audiogram-Based Fitting Procedure |
April 2001 |
| Single Microphone NoiseReduction: New Findings |
April 2001 |
| The Evolution of Multi-channel Compression Hearing Aids |
April 2001 |
| Patient Complaints in theFrequency and AmplitudeDomains |
April 2001 |
| Is Equivalent Input Noise anAdequate Measure of AudibleCircuit Noise? |
April 2001 |
| Improved Speech Intelligibility in Noise with a Single MicrophoneNoise Reduction Technique |
December 2000 |
| Evaluation of NAL - NL1 Using the NATURA DSP Hearing Aid |
March 2000 |
| Programming Algorithms for Optimal Telecoil Settings |
March 2000 |
| Uses of Expansion to Promote Listening Comfort with Hearing Aids |
March 2000 |
| Noise Reduction in a 9 - Channel DSP Hearing Aid |
March 2000 |
| Use of a Quality System to Improve Product Performance |
November 1999 |
| Implementation of a Personal Digital Assistant as a Hearing Aid Fitting/Programming Systems |
April 1999 |
| Expansion as a Sound Processing Tool in Hearing Aids |
April 1999 |
| Results from a Clinical Evaluation of a new DSP Hearing Aid Using an Optimized Platform |
April 1999 |
| An "Optimized" Platform for DSP Hearing Aids |
August 1998 |
| Optimized Target Matching: Demonstration of an Adaptive Nonlinear DSP System |
April 1998 |
| Digital Signal Processing (DSP) Derived from a Nonlinear Auditory Model |
April 1998 |
