![](https://www.kindai.ac.jp/data/images/professor/475.jpg)
MATSUZAKI Takanori
Department of Electric and Electronic Engineering | Professor |
Last Updated :2024/08/31
■Researcher basic information
Researcher number
20363385
J-Global ID
Research Keyword
- Embedded System FPGA
■Career
Career
- 2024/04 - Today Kindai UniversityFaculty of Humanity-Oriented Science and EngineeringProfessor
- 2015/04 - 2024/03 Kindai UniversityFaculty of Humanity-Oriented Science and Engineering准教授
- 2016/09 - 2017/08 UniversitiTeknologi MalaysiaMalaysia-Japan International Institute of Technology (MJIIT)Visiting Scholar
- 2006/04 - 2015/03 Kinki UniversityFaculty of Humanity-Oriented Science and EngineeringLecturer
- 2003/04 - 2006/03 Kyushu UniversityFaculty of Information Science and Electrical Engineering助手
Educational Background
- 2000/04 - 2003/03 Kyushu University Graduate school of Information Science and Electrical Engineering 知能システム学専攻
- 1998/04 - 2000/03 Kyushu University Graduate school of Information Science and Electrical Engineering 知能システム学専攻
- 1995/04 - 1998/03 Kyushu University Faculty of Engineering Department of computer Science
■Research activity information
Paper
- 園田 敏勝; 松崎 隆哲; 山本 哲也; 山光 史哲IEEJ transactions on fundamentals and materials 東京 : 電気学会 144 (2) 72 - 80 0385-4205 2024/02 [Refereed]
- Takanori Matsuzaki; Souhei Ueyama; Hiroki Matsuoka; Kozo Horiuchi; Hiroshi ShiratsuchiICIC Express Letters, Part B: Applications 14 (8) 813 - 819 2023/08 [Refereed]
- Takanori Matsuzaki; Emiko Taguchi; Kozo Horiuchi; Hiroshi Shiratsuchi; Koichiro MashikoICIC Express Letters, Part B:Applications ICIC International 13 (6) 589 - 595 2185-2766 2022/06 [Refereed]
- Shiratsuchi Hiroshi; Furuta Misato; Wakamori Yuji; Horiuchi Kozo; Matsuzaki TakanoriICIC Express Letters ICIC International 16 (06) 621 - 628 1881-803X 2022 [Refereed]
- Development of Web-Based Arduino Simulator Supporting Debug Function and Status VisualizationKozo Horiuchi; Takanori Matsuzaki; Hiroshi ShiratsuchiICIC Express Letters, Part B:Applications 11 (9) 815 - 822 2020/09 [Refereed]
- Proposal of Soft Error Injection Method Using Two FPGA BoardsTakanori Matsuzaki; Ken Miyashita; Kozo Horiuchi; Hiroshi Shiratsuchi; Ili Shairah Abdul Halim; Koichiro MashikoICIC Express Letters 14 (6) 555 - 562 2020/06 [Refereed]
- Studies on Development of Web-Based Integrated Learning and Education Support SystemHiroshi Shiratsuchi; Kozo Horiuchi; Takanori MatsuzakiICIC Express Letters, Part B:Applications 11 (2) 197 - 205 2020/02 [Refereed]
- T.Matsuzaki; O.Elfadil; K.Horiuchi; H.Shiratsuchi; K.Mashiko MashikoInternational Journal of Innovative Computing, Information and Control (IJICIC) 14 (3) 997 - 1008 2019/06 [Refereed]
- SHIRATSUCHI Hiroshi; HORIUCHI Kozo; MATSUZAKI TakanoriICIC Express Letters, Part B:Applications 10 (2) 121 - 127 2019/02 [Refereed]
- Studies on Development of Motor Control Learning System as a Web ApplicationK.Horiuchi; T.Matsuzaki; H.ShiratsuchiICIC Express Letters, Part B: Applications 10 (12) 137 - 145 2019/02 [Refereed]
- Position Tracking based on AOA and MIMO Combined Technique with Visible LightKaoru Kosai; Yuki Hirata; Tsubasa Furuta; Takanori Matsuzaki; Wataru ImajukuProc. of 2018 Opto-Electronics and Communications Conference (OECC2018) 1 - 16 2018/07 [Refereed]
- Tan Chong Yeam; Nordinah Ismail; Koichiro Mashiko; Takanori MatsuzakiIEEE Region 10 Annual International Conference, Proceedings/TENCON Institute of Electrical and Electronics Engineers Inc. 2017- 1868 - 1873 2159-3450 2017/12 [Refereed]
The availability of intelligent embedded system to assist the classification application is a great challenge in machine learning field in last few decades. Extreme Learning Machine (ELM) is one of the best learning methods for the implementation due to its classification accuracy and speed. The main computational effort of ELM is to compute the pseudo-inverse of hidden layers output. This work presents a Modified Gram-Schmidt QR decomposition (MGS-QRD) method and hardware architecture for the FPGA implementation of ELM system. The proposed algorithm is implemented on MATLAB and compared with ordinary ELM computational methods. Next, an embedded ELM system is presented, where the software part is developed using C language and hardware is created on field-programmable gate array (FPGA). Experimental results show that the proposed algorithm achieve better performance than original ELM computational method. Finally, the investigation is performed by altering the activation function and number of hidden neurons, providing a guideline on selecting the best parameter for classification. - T.Matsuzaki; Y.Shigezumi; K.Horiuchi; T.Fujimura; Y.NakazatoICIC Express Letters, Part B: Applications ICIC International 7 (12) 2557 - 2562 2185-2766 2016/12 [Refereed]
- H.Sogo; H.Tanaka; N.Iwasaki; T.Matsuzaki; H.Shiratsuchi; H.GotandaICIC express letters. Part B, Applications : an international journal of research and surveys ICIC International 6 (3) 627 - 635 2185-2766 2015/03 [Refereed]
- Semi-Blind Channel Estimation for QAM-OFDM System五反田 博; 松崎 隆哲; 白土 浩; 十川勇人; 田中 宏典The 45th ISCIE International Symposium on Stochastic Systems Theory and Its Applications SB2-4 2013/11
- Studies on Real Time DOA Estimation Based on DUETH.Sogo; H.Tanaka; T.Matsuzaki; H.Shiratsuchi; H.GotandaInternational Conference on Innovative Computing, Information and Control 5 (2) 377 - 386 2013/09 [Refereed]
- Protection of Personal Information based on User Preference高橋 健一; 松崎 隆哲; 川村 尚生; 菅原; 一孔; 峯 恒憲International Journal of New Computer Architectures and Their Applications (IJNCAA) 1 (4) 822 - 834 2011/09 [Refereed]
- Kenichi Takahashi; Takanori Matsuzaki; Tsunenori Mine; Kouichi SakuraiProceedings - 2011 IEEE International Conference on Computer Science and Automation Engineering, CSAE 2011 1 643 - 649 2011Some of Internet services require users to provide their sensitive information such as their name, address, credit card number, and an ID-password pair. In these services, the manner in which the provided information is used is solely determined by the service providers. As a result, even when the manner in which information is used by a service provider appears vulnerable, users have no choice but to allow such usage. Therefore, we have proposed a user customized data protection framework that enables users to select the manner in which their sensitive information is protected. In our framework, a user selects a policy that defines the manner in which his/her information is to be protected and its manner defined by the policy is incorporated into a program. By allowing a service provider to the information provided by a user through the program, the user can protect his/her sensitive information in a manner selected by him/her. This framework works well when existing a manner (protection policy) which is tolerant to the alteration of the program, otherwise, a program alteration might be a concern. Therefore, in this paper, we attempts to protect a customized program by using program obfuscation and sanitizable signature techniques. © 2011 IEEE.
- Kenichi Takahashi; Takanori Matsuzaki; Tsunenori Mine; Takao Kawamura; Kazunori SugaharaSOFTWARE ENGINEERING AND COMPUTER SYSTEMS, PT 2 SPRINGER-VERLAG BERLIN 180 298 - + 1865-0929 2011Some of Internet services require users to provide their sensitive information such as credit card number, and an ID-password pair. In these services, the manner in which the provided information is used is solely determined by the service providers. As a result, even when the manner in which information is used by a service provider appears vulnerable, users have no choice but to allow such usage. In this paper. we propose a framework that enables users to select the manner in which their sensitive information is protected. In our framework, a policy, which defines the type of information protection, is offered as a Security as a Service. According to the policy, users can incorporate the type of information protection into a program. By allowing a service provider to use their sensitive information through this program, users can protect their sensitive information according to the manner chosen by them.
- Thread Control Mechanism for Multithreading Processor松崎 隆哲; 浦島 望; 雨宮 真人Proceedings of The 2010 International Conference on Computer Design (CDES'10) 81 - 87 2010/07
- Masaaki Izumi; Takanori Matsuzaki; Shigeru Kusakabe; Hideo Taniguchi; Ryuzo Hasegawa; Makoto AmamiyaRESEARCH REPORTS ON INFORMATION SCIENCE AND ELECTRICAL ENGINEERING OF KYUSHU UNIVERSITY 九州大学大学院システム情報科学研究院 13 (2) 81 - 88 1342-3819 2008/09We propose the Fuce (FUsion of Comunication and Execution) architecture. The Fuce processor of the architecture executes all processing composed of fine-grain "uninterruptible" threads. The multiple thread execution model of the architecture takes the continuation-based multithreading model. The execution model takes dependency among threads as the continuation instruction. The parallel I/O processing with the execution model divides I/O processing into fine-grain threads, and associates in Chip Multiprocessor as processor cores and fine-grain threads. In this paper, the parallel I/O processing in the continuation-based multithreading compares the parallel I/O processing with interrupt. This paper shows the parallel I/O processing performance is almost equal, and the response time in the continuation-based multithreading can be shortened.
- Masaaki Izumi; Mitsuhiro Aono; Satoshi Amamiya; Takanori Matsuzaki; Shigeru Kusakabe; Hideo Taniguchi; Ryuzo Hasegawa; Makoto AmamiyaRESEARCH REPORTS ON INFORMATION SCIENCE AND ELECTRICAL ENGINEERING OF KYUSHU UNIVERSITY 九州大学大学院システム情報科学研究院 12 (1) 41 - 47 1342-3819 2007/03We propose the Fuco architecture based on dataflow computing model. The goal of this architecture is fusion of communication and execution. The multiple thread execution model of the architecture takes the continuation-based multithreading model that manages dependency among fine-grain "uninterruptible" threads. In this paper, the continuation-based multithreading model constructs more resourceful parallel I/O processing cooperated with by processor and operating system. Our model is different from the conventional I/O processing model that handles "interrupt." We illustrate the continuation-based parallel I/O processing model.
- Satoshi Amamiya; Masaaki Izumi; Takanori Matsuzaki; Ryuzo Hasegawa; Makoto Amamiya2007 Computing Frontiers, Conference Proceedings 213 - 224 2007Current trends of research on multithreading processors are the chip multithreading (CMT), which aims to exploit thread level parallelism (TLP) and to improve performance of software built onalltraditional threading components, e.g. pthreads. However, CMT is principally a straight forward extension of conventionalall symmetric multiprocessor (SMP) techniques, and it will suffer from the same limits to scalable multithreaded processing ifallit is built only on the traditional sequential-computation-based framework. Consideringallthese limitations of sequential-processor-basedallmultithreading, we are taking another approach to developing a multithreading processor dedicated to thread level parallelism(TLP). Our processor, named Fuce, is based on continuation-based multithreading. A thread is defined as a block of sequentially ordered instructions which areall executed exclusively. Every execution of a thread is triggered by one or more events, each of which is called continuation. The hardware cost and performance of the Fuce processor areallevaluated by means of a hardware implementation on FPGA and software simulation. Copyright 2007 ACM.
- The Fuce processor: The Execution Model and The Programming MethodologiesMasaaki Izumi; Satoshi Amamiya; Takanori Matsuzaki; Makoto AmamiyaProceedings of The 2006 International Conference on Parallel and Distributed Processing Techniques a 485 - 491 2006/06
- MATSUZAKI Takanori; AMAMIYA Satoshi; IZUMI MasaakiRESEARCH REPORTS ON INFORMATION SCIENCE AND ELECTRICAL ENGINEERING OF KYUSHU UNIVERSITY Kyushu University 11 (1) 39 - 44 1342-3819 2006/03We are developing the FUCE processor based on the dataflow computing model. FUCE means FUsion of Communication and Execution. In order to execute many threads with multiple thread execution units efficiently, the FUCE processor executes multiple threads using the exclusive multi-thread execution model. The core concept of the exclusive multi-thread execution model is continuation based multi-thread execution, which is derived from dataflow computing. The FUCE processor unifies processing inside the processor and communication with processors outside as events, and executes the event as a thread. In this paper, we introduce the thread-programming model and the architecture of the FUCE processor and evaluate the hardware cost of a FUCE processor and the concurrency performance of a FUCE processor which we described in VHDL. As a result, we understood that the processor has concurrency capability when there is sufficient thread level parallelism.
- The Continuation-model-based Multi-threading ProcessorMasaaki Izumi; Satoshi Amamiya; Takanori Matsuzaki; Makoto AmamiyaProceedings of WORKSHOP on UNIQUE CHIPS and SYSTEMS (UCAS-2) 33 - 40 2006/03 [Refereed]
- Matsuzaki Takanori; Ohba Naoyuki; Amamiya MakotoAnnual report of Computing and Communications Center Kyushu University Kyushu University 3 (3) 21 - 30 1346-9010 2003/03 [Refereed]
- MAKOTO AMAMIYA; HIDEO TANIGUCHI; TAKANORI MATSUZAKIParallel Processing Letters 11 (1) 7 - 24 2001/03
- T. Matsuzaki; H. Tomiyasu; M. AmamiyaProceedings of the Innovative Architecture for Future Generation High-Performance Processors and Systems IEEE Computer Society 2001- 100 - 108 1537-3223 2000This paper proposes an on-chip-memory processor architecture: FUCE. FUCE means Fusion of Communication and Execution. The goal of the FUCE processor project is fusing the intra processor execution and inter processor communication. In order to achieve this goal, the FUCE processor integrates the processor units, memory units and communication units into a chip. FUCE Processor provides a next generation memory system architecture. In this architecture, no data cache memory is required, since memory access latency can be hidden due to the simultaneous multithreading mechanism and the on-chip-memory system with broad-bandwidth low latency internal bus of FUCE Processor. This approach can reduce the performance gap between instruction execution, and memory and network accesses.
MISC
- 電圧制御形可変キャパシタによる模擬送電線路の受電端電圧制御山光史哲; 山本哲也; 松崎隆哲 2023年度(第76回) 電気・情報関係学会九州支部連合大会 2023/09
- MATSUZAKI Takanori; KATO Shinjo; ASANO Yoshihiro; SAKO Yuga; HORIUCHIH Kozo; SHIRATSUCHI Hiroshi Proceedings of the Annual Conference of Biomedical Fuzzy Systems Association 36- 83 -84 2023
- Toshikatsu Sonoda; Matsuzaki Takanori; Tetsuya Yamamoto; Fuminori Yamamitsu 電気学会研究会資料(Web) 2021(14-22)- (2021.11.26) 13 -18 2021/11
- 園田敏勝; 松崎隆哲; 山本哲也; 山光史哲 電気学会研究会資料(Web) 2021(14-22)- (2021.11.26) 7 -22 2021/11
- 学内無線LANシステムのアクセスポイント接続状況監視と移動履歴追跡の可視化について白土浩; 堀内幸三; 松崎隆哲 平成30年度(第71回)電気・情報関係学会九州支部連合大会 2018/09
- 近畿大学の在外研究制度を利用した長期在外研究報告―マレーシア滞在記 ―松崎隆哲 かやのもり:近畿大学産業理工学部研究報告 28- 68 -73 2018/07
- Educational Platform for DC Motor Control Using Embedded ComputerOsman Elfadil; Takanori Matsuzaki; Koichiro Mashiko; Nordinah Ismail 3rd World Conference on Applied Science Engineering and Technology (WCASET-2017) 2017/06 [Refereed]
- Can we sustain the sharp edge of the technologies in the future?K.Mashiko; T.Matsuzaki 3rd World Conference on Applied Science Engineering and Technology (WCASET-2017) 2017/06 [Refereed]
- 大名勝負独楽研究報告のまとめ(2013年~2015年)松崎隆哲; 笹原泰史; 花元克巳 筑豊ゼミ・独楽研究会報告書 2016/04
- 情報技術を用いた大名独楽の動作解析松崎隆哲; 須藤敏機; 花元克巳; 笹原泰史; 藤木哲雄; 安永昌司; 坂口英和; 安武英剛; 空閑哲博; 平井義信 情報処理学会第78回全国大会 2016/03
- 自律型ビニルハウスのための組込みコンピュータを用いたセンシングシステムの研究重住禎彦; 松崎隆哲 情報処理学会第78回全国大会 2016/03
- FPGA実験ボード上のオーディオコーデックを用いたA/D・D/A変換時に関する研究杉本尚之; 松崎隆哲 情報処理学会第78回全国大会 2016/03
- 筑豊ゼミ 独楽研究会報告書松崎隆哲; 笹原泰史; 花元克巳 第28期「筑豊ゼミ」報告書 7 -16 2016/03
- 太陽光発電による電源で動作するセンサ制御システムの研究重住禎彦; 松崎隆哲 平成27年度 第68回電気 ・情報関係学会九州支部連合大会 2015/09
- FPGA実験ボード上のオーディオコーデックを用いた、A/D・D/A変換時における動作解析及び信号遅延に関する研究杉本尚之; 松崎隆哲 平成27年度 第68回電気 ・情報関係学会九州支部連合大会 2015/09
- FPGAボード上を用いたA/D・D/A変換における遅延と位相歪みに関する研究杉本尚之; 松崎隆哲 近畿大学サイエンスネットワーク 第5回院生サミット 2015/07
- 太陽光発電による電源で動作するセンサ制御システムの研究重住禎彦; 松崎隆哲 近畿大学サイエンスネットワーク 第5回院生サミット 2015/07
- 太陽光発電による電源で動作するセンサ制御システムの評価重住禎彦; 松崎隆哲 情報処理学会第77回全国大会 2015/03
- FPGA実験ボードを用いたA/D・D/A変換時に生じる信号歪みに関する研究杉本尚之; 松崎隆哲 情報処理学会第77回全国大会 2015/03
- 大名独楽の起き上がり現象の解析松崎隆哲; 安永昌司; 吉田朋紘; 花元克巳; 笹原泰史; 藤木哲雄; 坂口英和; 安武英剛; 空閑哲博; 中尾勉 情報処理学会第77回全国大会 2015/03
- 筑豊ゼミ 独楽研究会報告書吉田朋紘; 松崎隆哲; 笹原泰史; 花元克巳 第27期「筑豊ゼミ」報告書 6 -13 2015/03
- Kaida T; Hirano G; Takahashi K; 金光 滋; 松崎 隆哲; 藤尾 光彦 かやのもり : 近畿大学産業理工学部研究報告 : reports of School of Humanity-Oriented Science and Engineering, Kinki University (23) 5 -9 2015
- SAKAI Toshikatsu; SEO Hokuto; OHTAKE Hiroshi; MATSUZAKI Takanori; EGAMI Norifumi PROCEEDINGS OF THE ITE WINTER ANNUAL CONVENTION 2014- 7 -2-1_-_7-2-1_ 2014/12
- 太陽光発電による電源で動作するセンサ制御システムの研究重住禎彦; 松崎隆哲 平成26年度 第67回電気 ・情報関係学会九州支部連合大会 2014/09
- 杉本尚之; 松崎隆哲 Record of Joint Conference of Electrical and Electronics Engineers in Kyushu 2014- 520 -520 2014/09
- SAKAI Toshikatsu; SEO Hokuto; OHTAKE Hiroshi; MATSUZAKI Takanori; EGAMI Norifumi Proceedings of the ... ITE annual convention (2014) 9 -1-1"-"9-1-2" 2014/09
- K. Takahashi; T. Matsuzaki; G. Hirano; T. Kaida; M. Fujio; S. Kanemitsu reports of School of Humanity-Oriented Science and Engineering, Kinki University (20) 10 -14 2014/07
- 筑豊ゼミ 独楽研究会報告書松崎隆哲; 笹原泰史; 花元克巳 第26期「筑豊ゼミ」報告書 21 -27 2014/03 [Invited]
- FPGAボード上における音声データの取り扱い手法に関する検討正木範朗; 松崎隆哲 情報処理学会第76回全国大会 109 -110 2014/03
- 情報技術で独楽の動きを読み解く松崎隆哲; 花元克巳; 笹原 泰史; 藤木哲雄; 安武英剛; 坂口英和; 空閑哲博; 小島豊彦; 灰崎章 情報処理学会第76回全国大会 429 -430 2014/03
- Takahashi. K; Kaida. T; Hirano. G; Matsuzaki. T; Fujio. M; Kanemitsu. S かやのもり : 近畿大学産業理工学部研究報告 : reports of School of Humanity-Oriented Science and Engineering, Kinki University (21) 1 -7 2014
- FPGAボード上における音声処理手法に関する検討正木範朗; 松崎隆哲 近畿大学サイエンスネットワーク 院生サミット 2013 2013/11
- 正木範朗; 松崎 隆哲 Record of Joint Conference of Electrical and Electronics Engineers in Kyushu 2013- 332 -332 2013/09
- アフリカ地域の学校教員を対象とした組込みシステム教育について松崎 隆哲; 白土 浩; 久良 修郭 平成25年度 情報処理学会第72回全国大会 2013/03
- コミュニティの階層化構造を用いた自律移動ロボットの制御手法モデルに関する検討吉川英樹; 松崎 隆哲 平成25年度 情報処理学会第72回全国大会 2013/03
- 周波数領域のディジタルデータにおける音声処理手法に関する検討正木範朗; 松崎 隆哲 平成25年度 情報処理学会第72回全国大会 2013/03
- フーリエ級数展開の可視化シミュレータについて城歩; 岩崎宣生; 鶴野幸子; 松崎隆哲; 平野剛; 五反田博 第31回計測自動制御学会九州支部学術講演会 2012/12
- マルチエージェントを用いた自律移動ロボットの制御手法モデルに関する検討吉川英樹; 松崎 隆哲 平成24年度 第65回連合大会 電気関連学会九州支部連合大会 2012/09
- FPGAボード上のオーディオコーデックを用いた音声データの処理に関する検討正木範朗; 松崎 隆哲 平成24年度 第65回連合大会 電気関連学会九州支部連合大会 2012/09
- HIRANO G.; TAKAHASHI K.; KAIDA T.; KANEMITSU S.; MATSUZAKI T. Reports of School of Humanity-Oriented Science and Engineering, Kinki University (16) 8 -14 2012/07
- 山田彰巧; 松崎隆哲 全国大会講演論文集 2012- (1) 109 -111 2012/03
- ステレオマイクによる音源方向のリアルタイム推定岩崎宣生; 井上勝裕; 石橋孝昭; 松崎隆哲; 平野剛; 白土浩; 五反田博 2011年度日本応用数理学会研究部会連合発表会 2012/03
- 近畿大学におけるFPGAを用いたプロジェクト型設計教育松崎 隆哲 平成24年度 情報処理学会第71回全国大会 2012/03
- マルチエージェントを用いた自律移動ロボットの制御モデルに関する検討吉川英樹; 松崎 隆哲 平成24年度 情報処理学会第71回全国大会 2012/03
- TAKAHASHI K; HIRANO G; KAIDA T; KANEMITSU S; MATSUZAKI T かやのもり : 近畿大学産業理工学部研究報告 (17) 17 -22 2012
- 松崎 隆哲 かやのもり:近畿大学産業理工学部研究報告 = Reports of School of Humanity-Oriented Science and Engineering, Kinki University (15) 10 -10 2011/12
- TAKAHASHI K; HIRANO G; KAIDA T; KANEMITSU S; MATSUZAKI T Reports of School of Humanity-Oriented Science and Engineering, Kinki University (15) 13 -20 2011/12
- ハードウェアを用いた音声処理の検討山田彰巧; 松崎 隆哲 平成23年度 第64回連合大会 電気関連学会九州支部連合大会 2011/09
- Takahashi K; Hirano G; Kaida T; Kanemitsu S; Tsukada H; Matsuzaki T Reports of School of Humanity-Oriented Science and Engineering, Kinki University (14) 64 -72 2011/07
- 組込みプロセッサによるモータ制御をベースとした教育教材システムの開発松崎 隆哲; 平野 剛; 原谷 直実; 園田 敏勝; 久良 修郭 平成23年度 情報処理学会第70回全国大会 2011/03
- ハードウェアによる雑音除去処理の検討山田彰巧; 松崎 隆哲 平成23年度 情報処理学会第70回全国大会 2011/03
- Yamada Akiyoshi; Matsuzaki Takanori Record of Joint Conference of Electrical and Electronics Engineers in Kyushu 2011- 219 -219 2011
- 園田 敏勝; 久良 修郭; 原谷 直実; 平野 剛; 松崎 隆哲 Kayanomori (13) 13 -18 2010/12
- Kenichi Takahashi; Takanori Matsuzaki; Tsunenori Mine; Koich Sakurai Computer Security Symposium 2010 2010- (9) 149 -154 2010/10
- Research of audio signal processing hardware山田 彰巧; 松崎 隆哲 情報処理学会 2010/09
- 音声処理システムのハードウェア化に関する検討津城 忠史; 松崎 隆哲 火の国シンポジウム2009 2009/03
- Fuceアーキテクチャによる細粒度マルチスレッディングの検討平兮 亮; 松崎 隆哲; 泉 雅昭; 雨宮聡史; 長谷川?三; 雨宮真人 電子情報通信学会九州支部学生会講演会 2007/09
- Izumi Masaaki; Aono Mitsuhiro; Amamiya Satoshi; Matsuzaki Takanori; Kusakabe Shigeru; Taniguti Hideo; Hasegawa Ryuzo; Amamiya Makoto IPSJ SIG Notes 2007- (36) 103 -110 2007/04
- Nakazono Koji; Koshimura Miyuki; Fujita Hiroshi; Hasegawa Ryuzo; Matsuzaki Takanori 情報科学技術フォーラム一般講演論文集 5- (1) 159 -160 2006/08
- AONO MITSUHIRO; IZUMI MASAAKI; MATSUZAKI TAKANORI; KUSAKABE SHIGERU; NOMURA YOSHINARI; TANIGUCHI HIDEO; AMAMIYA MAKOTO IPSJ SIG Notes 2006- (86(OS-103)) 2006/07
- Izumi Masaaki; Amamiya Satoshi; Matsuzaki Takanori; Amamiya Makoto Proceedings of the IEICE General Conference 2006- (1) 49 -49 2006/03
- イベント駆動型プロセッサにおける通信処理方式の提案泉雅昭; 松崎 隆哲; 雨宮聡史; 雨宮真人 電子情報通信学会2006年総合大会ISS特別企画「学生ポスターセッション 2006/03
- IZUMI Masaaki; AMAMIYA Satoshi; MATSUZAKI Takanori; AMAMIYA Makoto IPSJ SIG Notes 2006- (8) 25 -30 2006/01
- 排他的マルチスレッド実行モデルにおける多段なループ処理へのスレッド間パイプライン並列実行方式の適用とその評価泉雅昭; 松崎 隆哲; 雨宮聡史; 雨宮真人 FIT2005(第4回情報科学技術フォーラム) 2005/09
- T Matsuzaki; S Amamiya; M Izumi; M Amamiya Innovative Architecture for Future Generation High-Performance Processors and Systems 83 -90 2005
- いまどきのデータフローアーキテクチャとその熱い展望松崎 隆哲 ARC研究会若手の会 2004/12
- 計算機アーキテクチャ研究と計算機アーキテクチャ教育(九州大学におけるハードウェア教育)松崎 隆哲 ARC研究会若手の会 2004/09
- The design and evaluation of a processor based on Exclusive松崎 隆哲; 雨宮聡史; 泉雅昭; 雨宮聡史 ARC研究会 2004/08
- 継続モデルに基づくスレッドプログラミング手法の提案泉雅昭; 松崎 隆哲; 雨宮聡史; 雨宮真人 ARC研究会 SWOPP2004 2004/08
- 林田隆則; 太田喜一郎; 井上創造; 松永裕介; 倉爪亮; 中西恒夫; 藤田博; 越村三幸; 松崎隆哲 情報処理学会シンポジウム論文集 2004- (8) 2004
- 雨宮聡史; 松崎 隆哲; 泉雅昭; 雨宮真人 ARC研究会 2003- 51 -56 2003/11
- FUCEプロセッサにおけるスレッド管理機構松崎 隆哲; 大庭直行; 雨宮真人 第3回九州大学情報基盤センター研究集会 2002/11
- The proposal and evaluations of a memory system for FUCE processor田中康嗣; 松崎 隆哲; 棚林拓也; 大庭直行; 雨宮真人 2002/03
- 松崎 隆哲; 冨安洋史; 雨宮真人 Proceedings of the Fifth Workshop on Multithreaded Execution, Architecture and Compilation (MTEAC-5), 2001 2001/12
- A technique of hiding memory access latency\\ for Multi-threading Processor松崎 隆哲; 冨安洋史; 大庭直行; 雨宮真人 2001/03
- 松崎 隆哲; 冨安洋史; 大庭直行; 雨宮真人 IPSJ SIG Notes 2000- (93) 7 -12 2000/10
- An Architecture of Fusing Communication and Execution for Global Distributed Processing雨宮真人; 松崎 隆哲; 谷口秀夫; 下崎誠 SSGRR2000 Computer and Business Conference 2000/08
- 松崎隆哲 信学技報 100- (249) 1 -7 2000
- プロセス管理を行うハードウェア:StacQueue松崎 隆哲; 冨安洋史; 大庭直行; 雨宮真人 平成10年度電気関係学会九州支部連合大会 1998/10
Lectures, oral presentations, etc.
Affiliated academic society
Research Themes
- 科学研究費補助金 国際共同研究加速基金(国際共同研究強化(B))Date (from‐to) : 2019/10 -2025/03Author : Takanori Matsuzaki
- Lightweight Secure RISC-V Processor for Smart Home in Internet of ThingsUniversiti Teknologi Malaysia:UTM Encouragement Research (UTMER) 2021Date (from‐to) : 2021/10 -2023/09Author : Nordinah Binti Ismail; Mohad Azlan Bin Abu; Ooi Chaia Yee; Takanori Matsuzaki
- 低コスト農業IoT化システムに関する研究飯塚市:飯塚市大学支援補助金Date (from‐to) : 2021/07 -2022/03Author : 松崎隆哲
- 低投資低コスト型植物工場の栽培システムに関する研究飯塚市:飯塚市大学支援補助金Date (from‐to) : 2019/06 -2020/02Author : 日高健; 松崎隆哲
- 即時稼働可能なリアルタイム雑音除去システムの開発科学研究費補助金Date (from‐to) : 2013/04 -2016/03Author : 五反田 博; 白土 浩; 石橋 孝昭; 松崎 隆哲
- 有機光電変換膜の量子効率改善に関する研究公益財団法人 放送文化基金:助成(技術開発)Date (from‐to) : 2014/04 -2015/03Author : 江上 典文; 松崎 隆哲
- ものづくりで学ぶ組込み技術近畿大学:近畿大学学内助成金(平成21 年度 21 世紀教育開発奨励金【教育推進研究助成金】Date (from‐to) : 2009/04 -2010/03Author : 園田敏勝; 久良 修郭; 原谷直実; 平野剛; 松崎 隆哲
- プロセッサ多コア時代のプロセッサアーキテクチャに関する研究科学研究費補助金Date (from‐to) : 2007/04 -2010/03Author : 松崎隆哲
Social Contribution Activities
- JICA研修「2023年度 産業界の要望に応える電気電子分野人材の育成 コース」Date (from-to) : 2023/09/23-2023/09/24Role : LecturerCategory : Research adviseSponser, Organizer, Publisher : 公益財団法人 北九州国際技術協力協会JICA研修「2022年度 産業界の要望に応える電気電子分野人材の育成コース」Date (from-to) : 2022/09/24-2022/09/25Role : LecturerCategory : Research adviseSponser, Organizer, Publisher : 公益財団法人 北九州国際技術協力協会JICA研修「2021年度 産業界の要望に応える電気電子分野人材の育成コース」Date (from-to) : 2021/10/09-2021/10/10Role : LecturerCategory : Research adviseSponser, Organizer, Publisher : 公益財団法人 北九州国際技術協力協会第3回飯塚市プログラミングコンテストDate (from-to) : 2019/11/24Role : PanelistCategory : Science cafeSponser, Organizer, Publisher : 飯塚市教育委員会JICA研修「2019年度 実践的電気・電子技術者育成コース」Date (from-to) : 2019/10/05-2019/10/06Role : LecturerCategory : Research adviseSponser, Organizer, Publisher : 公益財団法人 北九州国際技術協力協会JICA研修「平成27年度 JICA研修「アフリカ地域電気電子技術者育成」コース」Date (from-to) : 2015/10/24-2015/10/26Role : LecturerCategory : Research adviseSponser, Organizer, Publisher : 公益財団法人 北九州国際技術協力協会JICA研修「平成26年度 第3回「アフリカ地域 実践的電気・電子技術者育成」コース」Date (from-to) : 2014/08/26-2014/08/28Role : LecturerCategory : Research adviseSponser, Organizer, Publisher : 公益財団法人 北九州国際技術協力協会JICA研修「平成25年度 第2回「アフリカ地域 実践的電気・電子技術者育成」コース」Date (from-to) : 2013/08/28-2013/08/30Role : LecturerCategory : Research adviseSponser, Organizer, Publisher : 公益財団法人 北九州国際技術協力協会