dessertation |
| Master's thesis |
| 2000 |
| K. Suzuki : Study on the singular point and numerical dispersion in the FDTD analysis. |
| M. Yamazaki : Analysis of heating characteristic of microwave oven. |
| 2001 |
| H. Kudo : Analysis of electromagnetic field using the non-standard FDTD method. |
| 2002 |
| M. Uchiya : Development of CAD simulator and parallelization of the FDTD method. |
| Y. Sendo : Research on the high accuracy FDTD method for electromagnetic field and acoustic filed analysis. |
| 2003 |
| H. Katayama : Study on the control system of acoustic field using the active noise controller. |
| H. Shirasawa : Research on the absorbing boundary condition in the waveguide analysis using the FDTD method. |
| Y. Yaegashi : The FDTD analysis of planar antennas fed by coaxial cableconsidering edge condition. |
| K. Taguchi : Study on the FDTD parallel computation to analyze large-scale electromagnetic field problems. |
| 2005 |
| K. Nakade : Study on the control system of acoustic field using the active noise controller. |
| Y. Natori : Study on the feeding method in FDTD antenna analysis. |
| S. Takahashi : Study on the characteristics of antennas mounted on a vehicle. (grade skipping) |
| 2006 |
| T. Ueyama : Study on the total-field / scattered-boundary in the FDTD method. |
| M. Furusaki : Study on the sensitivity analysis using the adjoint variable method in the FDTD method. (grade skipping) |
| 2010 |
| T. Ueda : Study on the radio wave propagation for mobile communications in urban area. |
| 2011 |
| D. Matsuda : Study on the radio wave propagation of 700MHz band for inter-vehicle communication at intersection. |
| T. Morishita : Study on the boundary between near and far fields for car antennas of UHF band. |
| J. Wu : Radio wave propagation analysis in building for 900MHz band using FDTD method. |
| 2012 |
| R. Sato : Study on the radio wave propagation at intersections for inter-vehicle communications using 5.8GHz band. |
| Y. Nakajima : Study on the high-efficiency microwave heating of the Pu/U mixed nitrate solution for producing MOX fuel. |
| S. Miyai : On the direction of arrival estimation method using an genetic algorithm |
| 2013 |
| R. Aoyama : Study on the radio wave propagation at intersection for inter-vehicle communication using 700MHz band. |
| 2016 |
| H. Nagayama : Study on Topology Optimal Design of Dielectric Lens Using FDTD Method |
| Doctoral dissertation |
| 2006 |
| K. Taguchi : Study on the analysis of large-scale electromagnetic field problems using the FDTD method. |
| Ph.D |
| 2005 |
| T. Ohtani : The scattering analysis of electromagnetic field using the nonstandard FDTD method, March. |
| Award |
| 2000 |
| K. Suzuki : IEICE Hokkaido region student award, March. |
| 2001 |
| H. Kudo : IEICE Hokkaido region student award, March. |
| 2002 |
| M. Uchiya : IEICE Hokkaido region student award, March. |
| H. Ueno : IEICE Hokkaido region student award, March. |
| Y. Sendo : IEICE Hokkaido region internet symposium paper award, March. |
| 2003 |
| K. Taguchi : IEICE Hokkaido region student award, March. |
| K. Nakade : IEICE Hokkaido region student award, March. |
| H. Katayama : IEICE Hokkaido region internet symposium paper award, March. |
| 2004 |
| K. Taguchi : Young presentation award, Hokkaido-section Joint Convention of the Institutes of Electrical Engineering, Oct. |
| T. Eguchi : IEICE Hokkaido region student award, March. |
| S. Takahashi : IEICE Hokkaido region internet symposium paper award, March. |
| 2006 |
| K. Taguchi : Graduate school study incentive award, Society of Automotive Engineers of Japan, March. |
| 2009 |
| Y. Shibayama : IEICE Hokkaido region student award, March. |
| Y. Shibayama : Excellent paper award, Hokkaido-section Joint Convention of the Institutes of Electrical Engineering, Oct. |
| 2010 |
| T. Morishita : scholarship incentive award, June. |
| Y. Nakajima : Excellent paper award, Hokkaido-section Joint Convention of the Institutes of Electrical Engineering, Oct. |
| 2011 |
| T. Morishita : IEEE Sapporo Section Student Member Best Presentation Award, Jan. |
| D. Matsuda : Scholarship incentive award, Mar. |
| D. Matsuda : IEICE Hokkaido region student award, Mar. |
| Y. Nakajima : IEICE Hokkaido region internet symposium paper award, Mar. |
| Y. Nakajima : Scholarship incentive award, June. |
| 2012 |
| Y. Nakajima : Scholarship incentive award, Mar. |
| Y. Nakajima : Representative of Master's course in electrical and electronic engineering, Kitami institute of technology, Mar. |
| Y. Nakajima : IEICE Hokkaido region student award, Mar. |
| R. Sato : IEICE Hokkaido region student award, Mar. |
| Y. Nakajima : IEICE Hokkaido region internet symposium paper award, Mar. |
| R. Aoyama : Scholarship incentive award, Mar. |
| Graduation thesis |
| 1998 |
| Asano : Study on the asynchronous transfer mode in the digital communication network system. |
| Sato : Study on multiple access in mobile communication system. |
| Suzuki : On the singular point and correction of numerical dispersion in the FDTD analysis. |
| Honda : Research on digital image processing of comet. |
| Miura : Research on OSI reference model in the communication protocol. |
| Yamazaki : Analysis of heating characteristic of microwave oven. |
| 1999 |
| Kanemoto : Analysis of dipole antennas using the FDTD method. |
| Kudo : Analysis of microstrip patch antennas using the FDTD method. |
| Shibata : Study on the digital mobile communication system. |
| Suzuki : Study on the welfare engineering using the sound. |
| Higashijima : Analysis of bow-tie antennas using the FDTD method. |
| 2000 |
| Izawa : Research on the information transmission using MPEG. |
| Uchiya : Development of CAD simulator and parallelization of the FDTDmethod. |
| Sagae : Study on the electric acoustics. |
| Hattanda : Study on the digital mobile communication system. |
| Sendo : Study on the analysis of dipole antennas. |
| 2001 |
| Kobayashi : Research on the wireless connection technology usingBluetooth. |
| Shirasawa : Study on the characteristics of microwave transmission line. |
| Yaegashi : Study on the analysis of planar antennas using the FDTDmethod. |
| Taguchi : Simulation of electromagnetic filed exposure to human bodyusing the FDTD method. |
| Katayama : Study on PML absorbing boundary condition in FDTD acousticfield analysis |
| 2002 |
| Ito : Analysis of parabola antenna using EM simulator. |
| Ueno : Analysis of electromagnetic filed of planar circuit using thefinite element method CAD JMAF WV. |
| Kawaguchi : Time domain analysis of array antennas. |
| Sayama : Research on the broadband communication protocol. |
| Takahara : Making the animation of electromagnetic filed radiated from antennas. |
| 2003 |
| Ito : Research on the broadcast system of digital terrestrial television. |
| Kawaminami : Research on the security technology in internet system. |
| Takahashi : Research on the OFMD technology for mobile communication. |
| Nakade : Study on the parallel computation using JAVA. |
| Natori : Research on patch antennas for GPS. |
| 2004 |
| Ishidori : Study on the electromagnetic filed diffraction using EM simulator. |
| Ueyama : Research on the architectural acoustics. |
| Eguchi : Development of GUI for acoustic filed simulator using JAVA. |
| Tanaka : Study on the positioning technology using GPS. |
| Hara : Study on the data construct in AutoCAD. |
| 2005 |
| Kanno : Development of GUI for active noise control simulator using JAVA. |
| Kondo : Study on the FDTD parallel computation operating on Windows machine. |
| Minobe : Study on sound insulation wall shape for road noise reduction. |
| 2006 |
| Ohshima : Analysis of room acoustic filed using the FDTD method. |
| Kumazawa : The design and fabrication of bass reflex type speaker. |
| Sakaguchi : Study on the design of digital filter. |
| Shimizu : Development of ANC simulator using JAVA. |
| Nozaki : Study on the design of noise eliminator using the FDTD method. |
| Wakamatsu : The design of UML for ANC simulator using JAVA. |
| 2007 |
| Adachi : Study on internet protocol Web 2.0. |
| Takenaka : Surveillance study on database searching. |
| Funabashi : Development of GUI of timer program using JAVA. |
| Wada : Development of interactive program using random numbers. |
| 2008 |
| Ito : Study on digital terrestrial broadcasting technology. |
| Okamoto : Study on practical realization and basic technique of GPS. |
| Watanabe : Research on the internet communication protocol and the standardization. |
| Ueda : Development of electromagnetic field simulator using JAVA. |
| 2009 |
| Ishikawa : Study on hyperthermia using electromagnetic field simulation. |
| Shibayama : FDTD simulation of electromagnetic wave propagation of 700MHz band at intersection. |
| Matsuda : Study on room acoustics using the FDTD simulation. |
| Morishita : Study on boundary between near field and far field for antennas mounted on a vehicle. |
| Wu : Study on the MIMO technology for wireless LAN. |
| 2010 |
| Aikawa : Study on the MIMO system. |
| Azuma : Study on the internet protocol. |
| Ura : Study on the digital terrestrial television broadcasting system. |
| Ohta : Numerical study on the boundary between far and near fields for the 700MHz band antenna equipped on a car using NEC-4. |
| Sato : Study on the body area network using radio waves. |
| Sato : Study on the radio wave propagation characteristics using the FDTD(2,4) Method. |
| Takahashi : Study on the effect of power transmisson line to medium wave antenna . |
| Nakajima : Study on the optimum design of electromagnetic wave circuit using adjoint variable method. |
| 2011 |
| Aoyama : Study on the propagation analysis at intersection in three-dimensional space and absorption characteristics of CPML. |
| Onodera : Study on the propagation analysis of radio waves at intersection using ray-tracing method. |
| Chiba : Study on the inter-vehicle communication. |
| Hataya : Study on the characteristics propagation of substrate integrated waveguide using FEM CAD. |
| Hirata : Study on the cognitive communication. |
| 2012 |
| Anno : Study on the MIMO technology for high-speed mobile communications. |
| Ishikawa : Study on the network protocol and internet security. |
| Kazama : Study on the propagation analysis of radio waves at Urban street using ray-tracing method. |
| Sugie : Study on the propagation analysis of radio waves at intersection in residential area using ray-tracing method. |
| Tsuiki : Study on the body area network. |
| Yamada : Study on the digital terrestrial television communication system. |
| 2013 |
| Arai : Study on the car crash avoidance technology. |
| Shibata : Study on the radio wave propagation at intersection for inter-vehicle communications. |
| Omuro : Study on the car communication using ITS technology. |
| Takahara : Study on the numerical calculation using GPU. |
| Hukase : Study on the application of RFID for car position estimation. |
| Yamaoumaru : Study on the communication technology using TCP/IP. |
| Yamashita : Study on the short-range radio wave propagation. |
| 2014 |
| Ueda : Study on the cognitive technology for wireless communication. |
| Sasaki : Study on the communication system for high-speed mobile communication. |
| Tadano : Study on the MIMO technology for radio wave communication. |
| Funamoto : Study on the ad-hoc communication. |
| Komatsu : Study on the car crash avoidance system. |
| Takahashi : Study on the high-speed computation using GPU. |
| Miyakawa : Study on the positioning technology using GNSS. |
| Yamada : Study on the communication technology for digital terrestrial television broadcasting. |
| 2015 |
| Ike : Study on the mobile communication system using MIMO transmission technology. |
| Kinoshita : Study on the car crash avoidance technology using radio wave and camera system. |
| Nagayama : Study on the AVM sensitivity analysis in FDTD method. |
| Hashimoto : Study on the radio wave propagation at intersection in urban area for car crash avoidance system. |
| Watanabe : Study on the digital terrestrial television broadcasting system. |
| Cui : Study on the communication system for fourth generation mobile phone. |
| 2016 |
| Arakawa : Study on the indoor positioning technology. |
| Kitamura : Study on machine to machine communications using the wireless technology. |
| Nagao : Study on the particle swarm optimization. |
| Yamamoto : Study on the fifth generation mobile communication system. |
| Souma : Study on the body area network technology. |
| Nishimura : Study on the network virtualization. |
| Matsuzawa : Study on the genetic algorithm. |
| 2017 |
| Uemura : Study on genetic algorithm for optimal design. |
| Uchiumi : Study on wireless PAN for IOT. |
| Kitahama : Study on next-generation optical wireless communication system. |
| Miura, M : Study on collision prevention system for automatic driving. |
| Wang : Study on wireless communication system using MIMO technology. |
| Endo : Study on indoor positioning technology using wireless communications. |
| Sugou : Study on wireless communication system using OFDM technology. |
| Yamanaka : Study on evaluation of human electromagnetic exposure in 5G mobile communication. |
| Akiyama : Study on long distance wireless LAN system for IOT. |
| Miura, Y : Fundamental study on neural network system for deep learning. |
| 2018 |
| Kinubari : Fundamental study on 5G communication system. |
| Otuka : Study on shopping system using RFID technology. |
| Kudou : Study on optimal design using PSO approach. |
| Araki : Study on radio wave application for medical care system . |
| Okyu : Study on optimal design using GA approach. |
| Takahashi : Study on optimal design using neural network approach. |
| 2019 |
| Harima : Study on next-generation intelligent transport systems. |
| Arima : Study on optimal design using machine learning. |
| Nakajima : Study on technology of base station in 5G communication system. |
| Morohoshi : Study on indoor positioning technology using radio waves. |
| Yamamoto : Study on MIMO technology in 5G communication system. |
| Jyoumei : Study on technology of mobile terminal in 5G communication system. |
| Hatano : Study on wireless power transmission. |
| 2020 |
| Ariake : Study on shopping system using RFID technology. |
| Tashiro : Study on MIMO technology in 5G communication system. |
| Chikada : Technology of base station in 5G communication system. |
| Nishi : Study on improvement of positioning accuracy in GNSS. |
| Kuno : Study on classification using machine learning. |
| 2021 |
| Komatsushiro : Numerical simulation of microstrip antennas using EEM-FDM CAD |
| Mine : Numerical EM simulation of NRD waveguide using EEM-FDM CAD |
| 2022 |
| Liu : MIMO and OAM technology in beyond 5G communication system. |
| 2023 |
| Kamide : Analysis of NRD guide with bend using CAD. |
| Kobayashi : Bent waveguide analysis using CAD. |
| Teranishi : Analysis of microstrip line with bend using CAD. |
| 2024 |
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