Other

Dean Robert Gary Anderson As Trustee of the D/l Anderson Family Trust

Dean Robert Gary Anderson

Dean Gregory Anderson

Daniel J Anderson

Dean Robert Anderson

Daniel Joseph Anderson

Dean Anderson

In one embodiment of an audio system, a transducer can be coupled to a passive acoustic directional amplifier to provide various benefits and improvements, including improvements to: speech intelligibility, signal-to-noise ratio, effective equivalent input noise, at-a-distance acoustic signal reception, and directional preference. In another embodiment, the shape of an interior surface of a passive acoustic directional amplifier is provided. In another embodiment, the material properties of an interior surface of a passive acoustic directional amplifier are provided.

Audio systems, devices, and methods

In one embodiment, a MEMS microphone can be coupled to an acoustic horn to provide various benefits and improvements including, but not limited to, at-a-distance acoustic signal reception with improvements in signal-to-noise ratio and directional preference.

Audio systems, devices, mems microphones, and methods thereof

In one embodiment, a prostate cancer patient can be treated with several novel approaches to bipolar androgen therapy. According to various embodiments, a combination of external beam radiation with bipolar androgen therapy can be used. According to various embodiments, one or more of intravenous injection, transdermal application and/or buccal administration of testosterone can be used to significantly decrease the length of time spent tapering between supraphysiologic and castrate levels of testosterone.

Systems and methods of treating prostate cancer

In one embodiment, an audio system can generate parametrically formulated noise signals. According to an embodiment, an audio system can both determine the hearing ability of an individual and increase the hearing ability of the individual by using parametrically formulated noise. According to an embodiment, an audio system can generate parametrically formulated noise having a power spectrum amplitude that is a function of an individual's hearing threshold across a range of frequencies as measured using parametrically formulated noise test signals.

Systems, devices, and methods for determining hearing ability and treating hearing loss

Audio systems, devices, MEMS microphones, and methods thereof

In one embodiment, an audio system can generate a parametrically formulated noise signal which can be adaptively reconfigured according to an input signal. According to an embodiment, an audio system can adaptively adjust a parametrically formulated noise signal according to environmental noise detected by the audio system. According to an embodiment, an audio system can present an adaptive level of activation energy in the presence of environmental noise such that a substantially constant and sufficient level of activation energy can be presented to an individual's auditory system such that additional sound energy corresponding to speech can become audible and intelligible to the individual.

Adaptive parametrically formulated noise systems, devices, and methods

In one embodiment, an audio system can replace a portion of an audio signal within a first range of frequencies, with an amplitude modulated noise signal comprising frequencies within the first range of frequencies and having a volume envelope corresponding to a volume envelope of the audio signal within a second range of frequencies.

In one embodiment, an audio system can generate a parametrically formulated noise signal which can be mixed with an audio signal or acoustic signal. According to an embodiment, a parametrically formulated noise signal can be configured to have a power spectrum amplitude that is a function of frequency. According to an embodiment, a parametrically formulated noise signal can have a power spectrum amplitude across a range of frequencies that is a function of an individual's hearing thresholds across the range of frequencies.

Parametrically formulated noise and audio systems, devices, and methods thereof

A method of acoustically fitting a hearing aid comprises providing a plurality of audible tones, each having a predetermined frequency through stereo headphones. The tones are provided at specific sound pressure in each ear. The patient changes the relative sound pressure in each ear until a perceived direction of source of the tone is in front of the patient. The amplification or attenuation requirements of a hearing aid are modified based on the difference in the sound pressures required for the left and right ears of the patient for perceived directional sameness for each frequency band-pass channel.

Growing community of inventors

Orem, UT, United States of America

Dean Robert Gary Anderson