Audioptics Medical Incorporated

Daniel MacDougall

Robert Adamson

Jeremy Brown

Manohar Bance

Robert B A Adamson

Drew Hubley

Matthew Farrell

Joshua Farrell

Matthew Jahns

Systems and methods are described for performing diagnostic procedures, such as vibrometric diagnostic procedures. An example system includes a handheld vibrometric device, a handheld controller, and a control and processing console. The handheld controller includes an input receiving mechanism for controlling the handheld vibrometric device and/or controlling a user interface generated by the console. The handheld controller is configured such that when the handheld vibrometric diagnostic device is supported by a first hand of an operator and the handheld controller is supported by a second hand of the operator, the input receiving mechanism is capable of being actuated by a digit of the second hand while maintaining support of the handheld controller by the second hand, in the absence of contact with the control and processing console and the handheld vibrometric diagnostic device, thereby facilitating control of the handheld vibrometric diagnostic device without mechanically perturbing the handheld vibrometric diagnostic device.

Ear imaging system

Systems and methods are provided for performing OCT vibrography based on the synchronization of components of the OCT vibrography system. An A-scan trigger is employed to synchronize the operation of the scanning subsystem that scans the sample beam and an acoustic stimulus source that generates an acoustic stimulus for vibrographic measurements. The acoustic stimulus source is controlled such that when the scanning subsystem dwells on an imaging line selected for vibrography measurements, the acoustic stimulus is generated over a plurality of A-scans and the phase of the acoustic stimulus is locked to the A-scan trigger, such that the phase of the acoustic stimulus is incrementally modified with each A-scan. The accumulation of the acoustic phase is therefore synchronized to the A-scan trigger. The synchronization, providing synchronized acoustic phase evolution during each acoustic phase waveform cycle, permits the use of the OCT vibrography system for simultaneous anatomical and functional imaging.

Systems and methods for swept-source optical coherence tomographic vibrography

Systems and methods are provided for performing phase-sensitive optical coherence tomographic (PS-OCT) measurements involving the vibrographic response of an acoustic stimulus. Detected signals are processed to provide sampled time-dependent vibrographic data characterizing a vibratory amplitude and phase response over one or more periods of the acoustic stimulus. The sampled time-dependent vibrographic data is processed to suppress the sinusoidal signal component associated with the acoustic stimulus, thereby providing a residual data associated with noise. The residual data is processed to obtain an estimate of the motion noise, and the motion noise is subtracted from the sampled time-dependent vibrographic data in order to provide noise-corrected vibrographic data. The noise-corrected vibrographic data can be processed to obtain one or more vibrographic measures and/or one or more images.

Systems and methods for performing phase-sensitive acoustic vibrations using optical coherence tomography

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Dartmouth, Canada

Daniel MacDougall