OHIRA Takashi | ATR Adaptive Communications Research Laboratories

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概要

• 同名の論文著者
• ATR Adaptive Communications Research Laboratoriesの論文著者

関連著者

• OHIRA Takashi

  ATR Adaptive Communications Research Laboratories

• Ohira T

  Atr

• Hunziker T

  Atr Wave Engineering Laboratories

• Hunziker Thomas

  ATR Adaptive Communications Research Laboratories

• Aono Tomoyuki

  ATR Adaptive Communications Research Laboratories

• Inagaki K

  Atr

• INAGAKI Keizo

  ATR Adaptive Communications Research Laboratories

• Inagaki Keizo

  Atr Adaptive Communications Research Laboratoeies

• CHENG Jun

  ATR Adaptive Communications Research Laboratories

• HAN Qing

  ATR Adaptive Communications Research Laboratories

• KAMIYA Yukihiro

  ATR Adaptive Communications Research Laboratory

• Yang Kehu

  Atr Adaptive Communications Research Laboratories

• Lenoble M

  Atr Wave Engineering Laboratories

• Kamiya Yukihiro

  Atr Adaptive Communications Research Laboratories

• Kamiya Yukihiro

  The Radio Communications Laboratory Kdd R&d Laboratories

• HASHIGUCHI Masaya

  ATR Adaptive Communications Research Laboratories

• Cheng J

  Divisions Of Oral Pathology Department Of Tissue Regeneration And Reconstruction Niigata University

• Cheng J

  Adaptive Communications Research Laboratories Atr

• Akaike M

  Tokyo University Of Science

• Lenoble Mathieu

  ATR Adaptive Communications Research Laboratories

• IIGUSA Kyouichi

  ATR Adaptive Communications Research Laboratories

• SCHLUB Robert

  Griffith University

• AKAIKE Masami

  Tokyo University of Science

• Sun Chen

  Atr Wave Engineering Laboratories

• Furuhi Tomoshige

  Atr Adaptive Communications Research Laboratories

• Sun Chen

  Atr Wave Engineering Lab.

• Okada Toshimi

  Faculty of Engineering,Toyama Prefectural University

• Okada Toshimi

  Faculty Of Engeneering Gumma Univ.

• Sakaguchi Kei

  The Graduate School Of Science And Engineering Tokyo Institute Of Technology

• WATANABE Yoichiro

  Department of Ophthalmology, Yokohama City University Medical Center

• HIRATA Akifumi

  ATR Wave Engineering Laboratories

• OHIRA Takashi

  ATR Wave Engineering Laboratories

• SUN Chen

  ATR Adaptive Communications Research Laboratories

• HIRATA Akifumi

  ATR Adaptive Communications Research Laboratories

• Karmakar Nemai

  School of E.E.E. Nanyang Technological University

• ASADA Mineo

  Toyama Industrial Technology Center

• TAKADA Jun-ichi

  the Graduate School of Science and Engineering, Tokyo Institute of Technology

• Takada Jun-ichi

  The Graduate School Of Science And Engineering Tokyo Institute Of Technology

• Hu W

  Atr Adaptive Communications Research Laboratories

• Hu Weiwei

  Atr Adaptive Communications Research Laboratories

• PARK Chulgyun

  the Graduate School of Science and Engineering, Tokyo Institute of Technology

• Eddy Taillefer

  Atr Adaptive Communications Research Laboratories

• Park Chulgyun

  The Graduate School Of Science And Engineering Tokyo Institute Of Technology

• Chu Emmanuelle

  ATR Adaptive Communications Research Laboratories

• HAN Qing

  ATR

• INAGAKI Keizo

  ATR

• Shishkov Blagovest

  Atr Adaptive Communications Research Laboratories

• Ohira Takashi

  Atr Adaptive Communications Research Labs.

• Ohira Takashi

  Atr

• Chi Chong-Yung

  Currently, Department of Electrical Engineering, National Tsing Hua University

• SAPIENCE Gael

  ATR Adaptive Communications Research Laboratories

• HIGUCHI Keisuke

  ATR Adaptive Communications Research Laboratories

• Gyoda Koichi

  Atr Adaptive Communications Research Laboratories:communications Research Laboratory

• Watanabe Yoichiro

  Department Knowledge Eng. & Comp. Sci. Doshisha University

• Watanabe Yoichiro

  Department Of Knowledge Engineering And Computer Sciences Doshisha University

• Chi Chong-yung

  Currently Department Of Electrical Engineering National Tsing Hua University

• Komatsuzaki Akira

  Atr Adaptive Communications Research Laboratories:murata Manufacturing Co. Ltd.

• SAITO Shigeru

  ATR Adaptive Communications Research Laboratories

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著作論文

• SB-11-4 INCREASING THE NUMBER OF WAVES TO BE ESTIMATED WITH A MUSIC ALGORITHM FOR AN ESPAR ANTENNA
• Snowfield Test of Wristwatch-type Microwave Beacons and Hand-Held Direction-of-Arrival Finders, Vol.J86-B,No.2, pp.219-225
• Spatial Fading Simulator Using a Cavity-Excited Circular Array (CECA) for Performance Evaluation of Antenna Arrays (Antennas and Propagation)
• B-1-273 Opportunistic Beamforming as an Advantageous Multiple Access Technique for the ESPAR Antenna
• B-1-67 Directional Channel Estimation with an ESPAR Antenna Employing the SAGE Algorithm
• Adaptive Beam forming of ESPAR Antenna Based on Steepest Gradient Algorithm (Special Issue on Adaptive Array Antenna Techniques for Advanced Wireless Communications)
• SB-13-3 Performance Study of Adaptive ESPAR Antenna Based on Steepest Gradient Algorithm
• SB-9-5 Adaptive Beamforming for Interference Suppression : An Iterative Expectation-Maximization Approach(SB-9. Broadband wireless access techniques for the next generation wireless communications)
• SB-8-6 Symbol-by-Symbol Adaptive Beamforming for Co-Channel Interference Suppression in OFDM-Based Wireless Ad-Hoc Networks
• SB-12-1 Joint Beamforming and Rate Adaptation in a Multiuser Networking Scenario Employing ESPAR Antennas
• B-1-66 Direction-of-Arrival Estimation with a 7-Element Regular-Hexagonal Shaped ESPAR Antenna Employing the ESPRIT Algorithm
• Perturbation Analysis and Experimental Verification of Intermodulation and Harmonic Distortion for an Anti-Series Varactor Pair(Recent Trends of Microwave and Millimeter-Wave Passive Circuit Components and Technologies for Improvement of
• Harmonic Distortion Suppression Technique for Varactor-Loaded Parasitic Radiator Antennas(Special Issue on Low-Distortion, High-Power, High-Efficiency Active Device and Circuit Technology)
• Numerical Analysis of Nonlinear Distortion Generated from a Single Varactor and an Anti-Series Varactor Pair(Special Issue on Low-Distortion, High-Power, High-Efficiency Active Device and Circuit Technology)
• Reactive-Field Anechoic Box for ESPAR Antenna Measurement
• SB-8-2 Blind Adaptive ESPAR Antenna
• B-1-61 Simultaneous Criterion-and Algorithm-Diversity Blind Adaptive Control of an ESPAR Antenna
• B-1-89 Adaptive Beamforming of ESPAR Antenna : Trends of Studying
• SB-13-2 Space-Time Adaptive Filtering by Employing Electronically Steerable Passive Array Radiator Antennas
• An Optical Waveguide with High Birefringence and Birefringence Dispersion for Optical Beamforming Network in Multibeam Array Antenna (Special Issue on Adaptive Array Antenna Techniques for Advanced Wireless Communications)
• Construction of Error-Correcting Spreading Sequences for Synchronous-CDMA Systems
• Reactance Optimization in ESPAR Antenna by Hamiltonian Algorithm

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