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  • AI Application Research Center,
  • Professor
  • Dr. 松岡, 和彦
  • Affiliation
  • ai cen,長崎総合科学大学大学院、長崎総合科学大学船舶工学コース
  • Field of Research
  • 船殻構造強度，船舶設計システム，船体構造の合理化及び長寿命化に関連する研究，熟練者技能継承のための匠の技シミュレータシステム開発に関する研究，中小造船所の生産効率化に関する研究
  • Research
  • 近年,コンピュータの発達に伴い,船舶や海洋構造物の ような大型構造物の設計には,CADやCAEを利用しなが ら効率良く設計を進めることが不可欠になっている。そこで,建造コストの大きな要因を占める船殻構造の設計に着 目し,構造強度の信頼性が高く,設計や建造の知識を組み 込んだ,設計者の意思決定を支援する新しい船舶設計システムについて研究する。また中小造船所の建造効率化に関する研究や生産性向上に関する相談にも対応します。
  • Division of Sustainable Energy and Environmental Engineering,
  • Professor
  • 橋本, 彼路子
  • Affiliation
  • E&E div,
  • Field of Research
  • Research
  • Division of Electrical, Electronics, and Information Technology,
  • Professor
  • Dr. TANAKA, Kenichi
  • Affiliation
  • EEI div,Graduate School and School of NIAS
  • Field of Research
  • Image science and technology, Communication engineering, Physical measure, Optics
  • Research
  • We have been studying display devices such as liquid crystal displays, holographic displays, printers and so on.
    Currently, three-dimensional image display by electron holography, image quality of the printer, such as anti-counterfeiting technology for are conducting research.
    In the future, we will study the application of multimedia technology to education and internet to things technology.
  • Division of Electrical, Electronics, and Information Technology,
  • Professor
  • Dr. HINATA, Haruo
  • Affiliation
  • EEI div,Graduate School and School of NiAS
  • Field of Research
  • Control Theory of Infinite Dimensional Systems
  • Research
  • The systems described in partial differential equations are called infinite dimensional systems. We used to apply theory of functional analysis to the research of control problems for infinite dimensional systems. In this laboratory, we will study not only control theory, but also the verification of our theory using simulation software.
  • Division of Fundamental Science, Division of Electrical, Electronics, and Information Technology,
  • Professor
  • Dr. SHIMOJIMA, Makoto
  • Affiliation
  • FS div,EEI div,Graduate School and School of NiAS
  • Field of Research
  • High Energy Physics
  • Research
  • We conduct research on and development of data acquisition and data analysis systems for high energy physics experiments,via PC clusters of several to several tens of computers connected via high bandwidth network. Our main fields of interest are network technologies in the area of IP multicast, QoS, and distributed file systems over Fibre Channel network, and most recently research and development of embedded systems with wireless networks (such as WiFi, RFID, and ZigBee).
  • Division of Electrical, Electronics, and Information Technology,
  • Professor
  • Dr. MOTOMURA, Masakatsu
  • Affiliation
  • EEI div,Graduate School and School of NiAS
  • Field of Research
  • Neurology Neuroimmunology
  • Research
  • I have set a goal to develop innovative treatments of Myasthenia gravis (MG) and fi nding a new target antigen from the neuromuscular junction. MG is caused by the failure of neuromuscular transmission mediated by pathogenic autoantibodies (Abs) against acetylcholine receptor (AChR) and muscle-specifi c receptor tyrosine kinase (MuSK). The seropositivity rates for routine AChR binding Ab and MuSK Ab in MG are 80-85% and 5-10% for MG patients in Japan, respectively. The autoimmune target in the remaining patients is unknown. In 2011,autoantibodies against low-density lipoprotein receptor-related protein 4 (Lrp4) were identifi ed in Japanese MG patients and thereafter have been reported in Germany and the USA. We developed a simple technique termed Gaussia luciferase immunoprecipitation for detecting antibodies to Lrp4. As a result, nine generalized MG patients from 300 lacking AChR Ab are positive for Lrp4 antibodies. Thymoma was not observed in any of these patients. These antibodies inhibit binding of Lrp4 to its ligand and are predominantly of the IgG1 subclass. In other reports of Lrp4 ab, Lrp4 ab positive sera inhibited agrin-induced aggregation of AChRs in cultured myotubes, suggesting a pathogenic role regarding the dysfunction of the neuromuscular endplate. These results indicate that Lrp4 is a third autoantigen in patients with MG, and anti-Lrp4 autoantibodies may be pathogenic. Further studies including neuromuscular junction biopsy are needed to clarify the pathomechanism of Lrp4 ab positive MG.
  • Division of Electrical, Electronics, and Information Technology,
  • Professor
  • Dr. KAWAZOE, Kaoru
  • Affiliation
  • EEI div,Graduate School and School of NiAS
  • Field of Research
  • Medical Engineering Clinical Engineering
  • Research
  • Medical engineering has undergone rapid development in recent years through the introduction of engineering theory and technology to medical science and their application in broad areas of mediccal treatment.
    In the process of developing medical devices, consideration is given to quantification,
    objectivity,, reproducibility, planning, and forecasting.
    We create new medical equipment from the standpoint of both medicine and engineering and pursue research and education including basic content necessary for development.
  • Division of Electrical, Electronics, and Information Technology,
  • Professor
  • Dr. KIYOYAMA, Koji
  • Affiliation
  • EEI div,Graduate School and School of NiAS
  • Field of Research
  • Electronics
  • Research
  • The demand for biomedical implants, such as vital-signal sensors and neuromuscular stimulators that depend on the development of small and low-power circuits, is on the rise.
    We conduct research on the development of advanced implantable medical devices.
    Our main fields of interest are the design of mixed-signal LSI and systems, the analog and digital signal processing, and measurement techniques.
  • Division of Ocean and Industrial New Technology,
  • Professor
  • Dr. IKEGAMI, Kunihiro
  • Affiliation
  • O&I div,Institute for Innovative Science and Technology
  • Field of Research
  • Ship and Ocean Hydrodynamics
  • Research
  • In order to plan and design various kinds of offshore structures, it is necessary to analyze and evaluate the hydrodynamic performance of those offshore structures. We study a method to predict, theoretically and experimentally, the response character- istics of offshore structures with reference to the effect of mooring system in waves.
    Moreover, a new type of offshore structure with excellent performance is investigated by use of the above method, and its potential for realization is evaluated.
  • Division of Ocean and Industrial New Technology,
  • Professor
  • Dr. 松岡, 和彦
  • Affiliation
  • O&I div,長崎総合科学大学大学院、長崎総合科学大学船舶工学コース
  • Field of Research
  • 船殻構造強度，船舶設計システム，船体構造の合理化及び長寿命化に関連する研究，熟練者技能継承のための匠の技シミュレータシステム開発に関する研究，中小造船所の生産効率化に関する研究
  • Research
  • 近年,コンピュータの発達に伴い,船舶や海洋構造物の ような大型構造物の設計には,CADやCAEを利用しなが ら効率良く設計を進めることが不可欠になっている。そこで,建造コストの大きな要因を占める船殻構造の設計に着 目し,構造強度の信頼性が高く,設計や建造の知識を組み 込んだ,設計者の意思決定を支援する新しい船舶設計システムについて研究する。また中小造船所の建造効率化に関する研究や生産性向上に関する相談にも対応します。
  • Division of Fundamental Science,
  • Professor
  • Dr. SHIBUSA, Yuuichirou
  • Affiliation
  • FS div,School of NiAS
  • Field of Research
  • Particle Physics, Mathematical Physics
  • Research
  • Research interests:
    Field theories based on generalized uncertainty principle(GUP),
    M(embrane) theory, M(atrix) theory and String theories.
  • Division of Ocean and Industrial New Technology,
  • Associate Professor
  • Dr. 佐藤, 雅紀
  • Affiliation
  • O&I div,海洋・複合新技術部門, 海洋エネルギー研究センター,長崎総合科学大学大学院
  • Field of Research
  • ロボット工学，移動ロボットの開発および運動制御に関する研究，神経回路網を模倣した制御機構に関する研究
  • Research
  • 様々な環境において活動するロボットを開発し，人間社会において運用することを目指す。例えば，海洋資源の探査が注目されているが，水中における作業は人間にとって危険な作業の一つである。そこで自律型水中ロボット（AUVs）が人間の代わりに作業することが期待されている。そのためには，故障しにくいハードウェアや計測装置，様々な状況に対応できる制御システムが求められる。また，混雑した場所においてロボットを運用するためには，ナビゲーションシステムだけでなく，人間に危害を加えないための安全性についても考えなくてはならない。
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