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Dive into the research topics where Toshio Ihara is active.

Publication


Featured researches published by Toshio Ihara.


IEICE Transactions on Communications | 1996

Research and Development Trends of Millimeter-wave Short-range Application Systems

Toshio Ihara; Keiji Fujimura


Radio Science | 2006

Computer simulation of enhanced backscattering from randomly distributed spherical scatterers at 30 GHZ and comparison with measurement

Tomohiro Oguchi; Toshio Ihara


IEICE Transactions on Communications | 1994

Applicability of Specific Rain Attenuation Models at Millimeter Wavelengths

Toshio Ihara


Electronics and Communications in Japan Part Iii-fundamental Electronic Science | 2005

Intervehicle communication and ranging system using code‐hopping spread spectrum technique

Atsushi Ueda; Kiyoshi Mizui; Toshio Ihara


IEICE Transactions on Communications | 1996

Research and Development Trends of Millimeter-wave Short-range Application Systems (Special Issue on Millimeter-wave Short-range Application Systems Technology)

Toshio Ihara; Keiji Fujimura


Electronics Letters | 2015

Measurement of enhanced backscattering from randomly distributed conductive spheres with concentrically different number densities at 60 GHz

K. Kaneko; Toshio Ihara


The transactions of the Institute of Electronics, Information and Communication Engineers. B | 2013

Measurement of the Refractive Index of Polystyrene Foam at 60 GHz

Kazumasa Kaneko; Kenji Seki; Toshio Ihara


The transactions of the Institute of Electronics, Information and Communication Engineers. B | 2013

Laboratory Experiment of Millimeter-Wave Propagation over Undulating Conductive Surfaces Simulating the Complexity of Actual Road Surface Profiles

Kenji Seki; Kazumasa Kaneko; Toshio Ihara


Electronics Letters | 2013

Measurement of normalised radar crosssection of polystyrene foam at 60 GHz

K. Kaneko; Kenji Seki; Toshio Ihara


IEICE Transactions on Communications | 2012

Asymptotic Calculation of the Intensity of Millimeter Wave Propagation over an Undulating Surface Using the Diffraction Integral with a High-Degree Phase Function

Toshio Ihara; Kenji Seki

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Kenji Seki

Kanto Gakuin University

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K. Kaneko

Kanto Gakuin University

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Atsushi Ueda

Kanto Gakuin University

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