ABSTRACT We present a method for performing quantitative spectroscopy of superficial tissue volum... more ABSTRACT We present a method for performing quantitative spectroscopy of superficial tissue volumes. We have employed a two-layer model, for which the upper, high-scattering layer's optical properties are known, to recover the optical properties of phantoms.
ABSTRACT We present a method for performing quantitative spectroscopy of superficial tissue volum... more ABSTRACT We present a method for performing quantitative spectroscopy of superficial tissue volumes. We investigate the performance of this technique over a range of optical properties and by varying the top layer thickness of two-layer phantoms.
ABSTRACT We present a method for performing quantitative spectroscopy of superficial tissue volum... more ABSTRACT We present a method for performing quantitative spectroscopy of superficial tissue volumes. We have employed a two-layer model, for which the upper, high-scattering layer's optical properties are known, to recover the optical properties of phantoms.
ABSTRACT We present a method for performing quantitative spectroscopy of superficial tissue volum... more ABSTRACT We present a method for performing quantitative spectroscopy of superficial tissue volumes. We investigate the performance of this technique over a range of optical properties and by varying the top layer thickness of two-layer phantoms.
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Papers by Carole Hayakawa