Bachelor
February 20, 1998 (Friday)
Room 8104

Tomohisa Maeda	Imaging deterioration and its improvement of an automotive holographic radar caused by velocity and acceleration
Kuniaki Kobayashi	An automotive velocity detection mathod to ground by microwave
Satoru Takenawa	FDTD for ferrite device fabricated to any derection
Tomoaki Saishoji	FDTD analysis of ferrite device basis microstrip line

[Presentation : 10 minutes] [Question : 5 minutes]

February 20, 1998 (Friday)
Room 8105

Syogo Mori	High capacity and this estimate of signal management contrivance used as collision prevent radar
Shigenori Yamamoto	image deterioration by doppler effect of azimus resolution radar
Hiroki Tsutsui	Range-azimuth two dimensional holographic radar
Hiroki Hiraya	Measurements of the microwave reflectivity of the ground for the relative velocity sensing to the ground
Isao Nakanishi	FDTD formulation for ferrite devices
Toshihiro Seko	Transmission characteristic of a YIG thin film microstrip line

[Presentation : 9 minutes] [Question : 3 minutes]

February 21, 1997 (Friday)
Room 8202 (16:40-17:50)

Hiroyoshi Uno	A novel horographic radar system with plural charp waves
Hideki Shinomaru	A novel horographic radar system with plural transmitting antennas
Nobuki Shindo	Evaluation of a signal processor for a collision prevent radar
Hiroyuki Suzuki	Noise tolerance of the collision prevent automotive radar
Koki Iwata	Relative velocity detection method to the ground by microwave sensors
Kazuhide Sugiyama	Magnetostatic wave delay line fabricated on a YIG substrate
Hironori Shiraga	Characteristic of a microstrip line fabricated on a YIG substrate

[Presentation : 8 minutes] [Questions : 2 minutes]

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