Bo Håkansson
Bo HÃ¥kansson is a Full Professor in the Biomedical signals and systems research group.
Showing 126 publications
Objective verification of audibility in bone conduction devices
Long-term follow-up and review of the Bone Conduction Implant
Bone Conduction Stimulated VEMP Using the B250 Transducer
The Mechanical Impedance of the Human Skull via Direct Bone Conduction Implants
Neural feedback strategies to improve grasping coordination in neuromusculoskeletal prostheses
Three-Year Follow-Up with the Bone Conduction Implant
The bone conduction implant - a review and 1-year follow-up
Robustness and lifetime of the bone conduction implant - a pilot study
VEMP using a new low-frequency bone conduction transducer
Analysis of the mechanical impedance of bone-anchored hearing aids
Touch and Hearing Mediate Osseoperception
Rehabilitating Patients with Bone Conduction Hearing Devices: Two Effective Alternatives
Low-cost, open source bioelectric signal acquisition system
Direct bone conduction stimulation: effect of different transducer attachments
Classification complexity in myoelectric pattern recognition
Audiometric comparison between Bone Anchored Hearing Aid and Bone Conduction Implant
The bone conduction implant: Clinical results of the first six patients.
New developments in bone-conduction hearing implants: a review
Study of the Feasible Size of a Bone Conduction Implant Transducer in the Temporal Bone
Technical design of a new bone conduction implant (BCI) system
Audiometric comparison in BCI and BAHA matched patients
The Bone Conduction Implant-First Implantation, Surgical and Audiologic Aspects.
MRI Induced Torque and Demagnetization in Retention Magnets for a Bone Conduction Implant
Real-Time and Simultaneous Control of Artificial Limbs Based on Pattern Recognition Algorithms
Estimation of bone conduction skull transmission by hearing thresholds and ear-canal sound pressure
Evaluation of Classifier Topologies for the Real-time Classification of Simultaneous Limb motions
Transmission of bone conducted sound - Correlation between hearing perception and cochlear vibration
Biologically inspired algorithms applied to prosthetic control
Transmission of bone conducted sound -correlation between hearing perception and cochlear vibration.
A Novel Bone Conduction Implant - Analog Radio Frequency Data and Power Link Design
Optimal position of a new bone conduction implant.
The future of bone conduction hearing devices
Bone conduction implant- BCI, surgical and transmission issue.
Correlation between the cochlear promontory and hearing perception- a pilot study.
A novel bone conduction implant (BCI): engineering aspects and pre-clinical studies.
Optimal position of a new bone conduction implant
Hearing one's own voice during phoneme vocalization-Transmission by air and bone conduction
A comparison of three approaches to verifying aided Baha output
Bilateral bone-anchored hearing aids (BAHAs): an audiometric evaluation
Is it possible to implant or semi-implant a bone anchored hearing aid (BAHA)
Unilateral Versus Bilateral Bone-anchored Hearing Aids (BAHAs)
An implantable bone conduction hearing aid
An Evaluation of Bilateral Bone-anchored Hearing Aids
Air versus bone conduction: An equal loudness investigation
Bone Conduction Implant (BCI): A Feasibility Study for an Implanted BCI
The BEST – A new audiometric transducer
Review and recent advances in bone conduction physiology
A bone-anchored hearing aid for patients with pure sensorineural hearing impairment: a pilot study.
A bone-anchored hearing aid for patients with pure sensorineural hearing impairment – a pilot study
An implantable bone conduction hearing aid
Vibration characteristics of bone conducted sound in vitro
Vibration Characteristics of Bone Conducted Sound In Vitro
Cochlear Response to Bone Conducted Sound
Characteristics of Bone Conducted Sound
Characteristics of Bone Conducted Sound
Vibration Characteristics of Bone-Conduction Sound
Sensitivity to Bone-Conducted Sound: Excitation of the Mastoid vs the Teeth
Characteristics of Bone Conducted Sound
A Miniaturized Artificial Mastoid using a Skull Simulator
A Bone-Anchored Hearing Aid for Patients with Pure Sensorineural Hearing Loss
The Bone-Anchored Hearing Aid: Reference Quantities and Functional Gain
Transcranial Attenuation Measured by a Laser Doppler Vibrometer
Sensitivity to Bone Conducted Sound: Teeth versus Mastoid
Air versus Bone Conduction: An Equal Loudness Investigation
Air versus Bone Conduction: An Equal Loudness Investigation
Air versus Bone Conduction: An Equal Loudness Investigation
Linearity of Sound Transmission through the Human Skull in Vivo
Force Threshold for Hearing by Direct Bone Conduction
Functional Gain of the Bone-Anchored Hearing Aid
The Bone-Anchored Hearing Aid: Principal Design and Audiometric Results
Reference Quantities of the Bone-Anchored Hearing Aid
Resonance Frequencies of the Human Skull in Vivo
Some Algorithms for Detection of Transient Sound
Properties and Detection of Transient Noise in an Everyday Sound Environment
Percutaneous vs Transcutaneous Transducers for Hearing by Direct Bone Conduction
Skull Simulator for Direct Bone Conduction Hearing Devices
Bias Errors in Mechanical Impedance Data Obtained with Impedance Heads
A Speech to Noise Ratio Test with the Bone-Anchored Hearing Aid - A Comparative Study
The Mechanical Point Impedance of the Human Head, with and without Skin Penetration
The Bone-Anchored Hearing Aid - Principal Design and a Psychoacoustical Evaluation
Hearing Thresholds with Direct Bone Conduction Versus Conventional Bone Conduction
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